a.tgff

@HYPERPERIOD 0.01

@COMMUN_QUANT 0 {
0 4E3
1 8E3
2 15E3
3 1E3
}

@TASK_GRAPH 0 {
PERIOD 0.01

TASK src TYPE 45 host 0
TASK can1 TYPE 0 host 1
TASK fp TYPE 1 host 1
TASK can2 TYPE 0 host 1
TASK pulse TYPE 12 host 1
TASK sink TYPE 45 host 2

ARC a0_0 FROM src TO can1 TYPE 0
ARC a0_1 FROM can1 to fp TYPE 0
ARC a0_1 FROM fp TO can2 TYPE 0
ARC a0_2 FROM can2 TO pulse TYPE 0
ARC a0_3 FROM pulse TO sink TYPE 1

HARD_DEADLINE d0_0 ON sink AT 0.03
}

@TASK_GRAPH 1 {
PERIOD 0.01

TASK src TYPE 45 host 2
TASK iir TYPE 7 host 1
TASK idct TYPE 8 host 1
TASK sink TYPE 45 host 0

ARC a1_0 FROM src TO iir TYPE 0
ARC a1_1 FROM iir TO idct TYPE 0
ARC a1_2 FROM idct TO sink TYPE 0

HARD_DEADLINE d1_0 ON sink AT 0.06
SOFT_DEADLINE d1_1 ON sink AT 0.02
}

@TASK_GRAPH 2 {
PERIOD 0.01

TASK src TYPE 45 host 0
TASK fft TYPE 5 host 1
TASK matrix TYPE 10 host 1
TASK ifft TYPE 9 host 1
TASK fir TYPE 6 host 1
TASK angle TYPE 0 host 1
TASK road TYPE 13 host 1
TASK table TYPE 14 host 1
TASK sink TYPE 45 host 2

ARC a2_0 FROM src TO fir TYPE 0
ARC a2_1 FROM fir TO angle TYPE 0

ARC a2_2 FROM src TO fft TYPE 2
ARC a2_3 FROM fft TO matrix TYPE 2
ARC a2_4 FROM matrix TO ifft TYPE 2
ARC a2_5 FROM ifft TO angle TYPE 2

ARC a2_6 FROM angle TO road TYPE 0
ARC a2_7 FROM road TO table TYPE 0
ARC a2_8 FROM table TO sink TYPE 3

HARD_DEADLINE d2_0 ON sink AT 0.06
SOFT_DEADLINE d2_1 ON sink AT 0.02
}

@TASK_GRAPH 3 {
PERIOD 0.005

TASK src TYPE 45 host 2
TASK ptr TYPE 11 host 1
TASK cache TYPE 3 host 1
TASK tooth TYPE 15 host 1
TASK sink TYPE 45 host 0

ARC a3_0 FROM src TO ptr TYPE 3
ARC a3_1 FROM ptr TO cache TYPE 1
ARC a3_2 FROM cache TO tooth TYPE 1
ARC a3_3 FROM tooth TO sink TYPE 3

HARD_DEADLINE d3_0 ON sink AT 0.06
SOFT_DEADLINE d3_1 ON sink AT 0.01
}





# AMD ElanSC520-133 MHz
@CLIENT_PE 0 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  33    1        0.32          0                 0             0.032
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     4.5e-05   150E-6       6.9e+04   0.32

# Basic floating point
1       0      1     0.000115  150E-6       5.8e+04   0.32

# Bit Manipulation
2       0      1     0.00245   150E-6       2.9e+04   0.32

# Cache Buster
3       0      1     1.75e-05  150E-6       2e+04     0.32

# CAN Remote Data Request
4       0      1     9e-06     150E-6       1.4e+04   0.32

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.07      150E-6       7.1e+04   0.32

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     0.000345  150E-6       1.7e+04   0.32

# Infinite Impulse Response Filter
7       0      1     0.0004    150E-6       8.7e+04   0.32

# Inverse discrete cosine transfom
8       0      1     0.00455   150E-6       7.5e+04   0.32

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.065     150E-6       6.9e+04   0.32

# Matrix arithmetic
10      0      1     0.0335    150E-6       9.3e+04   0.32

# Pointer Chasing
11      0      1     0.00165   150E-6       9.6e+03   0.32

# Pulse Width Modulation
12      0      1     2.25e-05  150E-6       1.4e+04   0.32

# Road Speed Calculation
13      0      1     1.6e-05   150E-6       6.9e+03   0.32

# Table Lookup and Interpolation
14      0      1     0.00015   150E-6       6e+04     0.32

# Tooth To Spark
15      0      1     0.00037   150E-6       4.1e+04   0.32

# OSPF/Dijkstra
16      0      1     0.006     150E-6       2.8e+05   0.32

# Route Lookup/Patricia
17      0      1     0.016     150E-6       2.5e+05   0.32

# Packet Flow - 512 kbytes
18      0      1     0.00485   150E-6       2.6e+05   0.32

# Packet Flow - 1 Mbyte
19      0      1     0.01      150E-6       2.6e+05   0.32

# Packet Flow - 2 Mbytes
20      0      1     0.02      150E-6       2.6e+05   0.32

# Autocorrelation - Data1 (pulse)
21      0      1     0.000155  150E-6       4.4e+03   0.32

# Autocorrelation - Data2 (sine)
22      0      1     0.0255    150E-6       4.4e+03   0.32

# Auto-Correlation - Data3 (speech)
23      0      1     0.024     150E-6       4.4e+03   0.32

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0034    150E-6       6.3e+03   0.32

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00405   150E-6       6.3e+03   0.32

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.0046    150E-6       6.3e+03   0.32

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0305    150E-6       5.4e+03   0.32

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00205   150E-6       5.4e+03   0.32

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.02      150E-6       5.4e+03   0.32

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0065    150E-6       1.3e+05   0.32

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0065    150E-6       1.3e+05   0.32

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0065    150E-6       1.3e+05   0.32

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0155    150E-6       1.1e+04   0.32

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.0155    150E-6       1.1e+04   0.32

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0155    150E-6       1.1e+04   0.32

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.0155    150E-6       1.1e+04   0.32

# Compress JPEG
37      0      1     1.65      150E-6       2.4e+05   0.32

# Decompress JPEG
38      0      1     1.25      150E-6       2.9e+05   0.32

# High Pass Grey-scale filter
39      0      1     0.265     150E-6       7.6e+03   0.32

# RGB to CYMK Conversion
40      0      1     0.145     150E-6       5.8e+03   0.32

# RGB to YIQ Conversion
41      0      1     0.55      150E-6       7.2e+03   0.32

# Dithering
42      0      1     0.145     150E-6       3.6e+03   0.32

# Image Rotation
43      0      1     0.0305    150E-6       1.2e+04   0.32

# Text Processing
44      0      1     0.0455    150E-6       1.4e+04   0.32

# src-sink
45      0      1     5e-05     150E-6       80        0.32

}

# AMD K6-2 450
@CLIENT_PE 1 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  88    1        2.26          0                 0             0.23
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         2.3

# Basic floating point
1       0      0     0         150E-6       0         2.3

# Bit Manipulation
2       0      0     0         150E-6       0         2.3

# Cache Buster
3       0      0     0         150E-6       0         2.3

# CAN Remote Data Request
4       0      0     0         150E-6       0         2.3

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         2.3

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         2.3

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         2.3

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         2.3

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         2.3

# Matrix arithmetic
10      0      0     0         150E-6       0         2.3

# Pointer Chasing
11      0      0     0         150E-6       0         2.3

# Pulse Width Modulation
12      0      0     0         150E-6       0         2.3

# Road Speed Calculation
13      0      0     0         150E-6       0         2.3

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         2.3

# Tooth To Spark
15      0      0     0         150E-6       0         2.3

# OSPF/Dijkstra
16      0      1     0.0007    150E-6       6.4e+04   2.3

# Route Lookup/Patricia
17      0      1     0.00295   150E-6       3.2e+05   2.3

# Packet Flow - 512 kbytes
18      0      1     0.0022    150E-6       4.5e+04   2.3

# Packet Flow - 1 Mbyte
19      0      1     0.0043    150E-6       4.5e+04   2.3

# Packet Flow - 2 Mbytes
20      0      1     0.009     150E-6       4.5e+04   2.3

# Autocorrelation - Data1 (pulse)
21      0      0     0         150E-6       0         2.3

# Autocorrelation - Data2 (sine)
22      0      0     0         150E-6       0         2.3

# Auto-Correlation - Data3 (speech)
23      0      0     0         150E-6       0         2.3

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      0     0         150E-6       0         2.3

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      0     0         150E-6       0         2.3

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      0     0         150E-6       0         2.3

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         2.3

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         2.3

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         2.3

# Fixed Point Complex FFT - Data1 (pulse)
30      0      0     0         150E-6       0         2.3

# Fixed point Complex FFT - Data2 (spn)
31      0      0     0         150E-6       0         2.3

# Fixed Point Complex FFT - Data3 (sine)
32      0      0     0         150E-6       0         2.3

# Viterbi GSM Decoder - Data1 (get)
33      0      0     0         150E-6       0         2.3

# Viterbi GSM Decoder - Data2 (toggle)
34      0      0     0         150E-6       0         2.3

# Viterbi GSM Decoder - Data3 (ones)
35      0      0     0         150E-6       0         2.3

# Viterbi GSM Decoder - Data4 (zeros)
36      0      0     0         150E-6       0         2.3

# Compress JPEG
37      0      0     0         150E-6       0         2.3

# Decompress JPEG
38      0      0     0         150E-6       0         2.3

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         2.3

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         2.3

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         2.3

# Dithering
42      0      0     0         150E-6       0         2.3

# Image Rotation
43      0      0     0         150E-6       0         2.3

# Text Processing
44      0      0     0         150E-6       0         2.3

# src-sink
45      0      1     5e-05     150E-6       80        2.3

}

# AMD K6-2E 400Mhz/ACR
@CLIENT_PE 2 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  77    1        2.03          0                 0             0.2
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     7.5e-06   150E-6       6.9e+04   2

# Basic floating point
1       0      1     1.45e-05  150E-6       5.8e+04   2

# Bit Manipulation
2       0      1     0.000455  150E-6       2.9e+04   2

# Cache Buster
3       0      1     2.4e-06   150E-6       2e+04     2

# CAN Remote Data Request
4       0      1     1.75e-06  150E-6       1.4e+04   2

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.008     150E-6       7.1e+04   2

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     4.85e-05  150E-6       1.7e+04   2

# Infinite Impulse Response Filter
7       0      1     6e-05     150E-6       8.7e+04   2

# Inverse discrete cosine transfom
8       0      1     0.000425  150E-6       7.5e+04   2

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.0075    150E-6       6.9e+04   2

# Matrix arithmetic
10      0      1     0.0045    150E-6       9.3e+04   2

# Pointer Chasing
11      0      1     0.000245  150E-6       9.6e+03   2

# Pulse Width Modulation
12      0      1     3.35e-06  150E-6       1.4e+04   2

# Road Speed Calculation
13      0      1     2.5e-06   150E-6       6.9e+03   2

# Table Lookup and Interpolation
14      0      1     1.8e-05   150E-6       6e+04     2

# Tooth To Spark
15      0      1     4.25e-05  150E-6       4.1e+04   2

# OSPF/Dijkstra
16      0      1     0.0007    150E-6       3.4e+04   2

# Route Lookup/Patricia
17      0      1     0.0032    150E-6       6.1e+03   2

# Packet Flow - 512 kbytes
18      0      1     0.0012    150E-6       1.8e+04   2

# Packet Flow - 1 Mbyte
19      0      1     0.0029    150E-6       1.8e+04   2

# Packet Flow - 2 Mbytes
20      0      1     0.006     150E-6       1.8e+04   2

# Autocorrelation - Data1 (pulse)
21      0      1     1.4e-05   150E-6       4.4e+03   2

# Autocorrelation - Data2 (sine)
22      0      1     0.00185   150E-6       4.4e+03   2

# Auto-Correlation - Data3 (speech)
23      0      1     0.00175   150E-6       4.4e+03   2

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0005    150E-6       8.2e+03   2

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0006    150E-6       8.2e+03   2

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.0007    150E-6       8.2e+03   2

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.00415   150E-6       5.4e+03   2

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00031   150E-6       5.4e+03   2

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0028    150E-6       5.4e+03   2

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0007    150E-6       1.3e+05   2

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0007    150E-6       1.3e+05   2

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0007    150E-6       1.3e+05   2

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.00315   150E-6       1.1e+04   2

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.00305   150E-6       1.1e+04   2

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.00305   150E-6       1.1e+04   2

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.00295   150E-6       1.1e+04   2

# Compress JPEG
37      0      1     0.28      150E-6       2.4e+05   2

# Decompress JPEG
38      0      1     0.225     150E-6       2.9e+05   2

# High Pass Grey-scale filter
39      0      1     0.055     150E-6       7.6e+03   2

# RGB to CYMK Conversion
40      0      1     0.0385    150E-6       5.8e+03   2

# RGB to YIQ Conversion
41      0      1     0.08      150E-6       7.2e+03   2

# Dithering
42      0      1     0.0255    150E-6       3.6e+03   2

# Image Rotation
43      0      1     0.0105    150E-6       1.2e+04   2

# Text Processing
44      0      1     0.014     150E-6       1.4e+04   2

# src-sink
45      0      1     5e-05     150E-6       80        2

}

# AMD K6-2E+ 500Mhz/ACR
@CLIENT_PE 3 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  99    1        2.78          0                 0             0.28
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     6e-06     150E-6       6.9e+04   2.8

# Basic floating point
1       0      1     1.15e-05  150E-6       5.8e+04   2.8

# Bit Manipulation
2       0      1     0.000365  150E-6       2.9e+04   2.8

# Cache Buster
3       0      1     1.7e-06   150E-6       2e+04     2.8

# CAN Remote Data Request
4       0      1     1.25e-06  150E-6       1.4e+04   2.8

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.0055    150E-6       7.1e+04   2.8

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     3.85e-05  150E-6       1.7e+04   2.8

# Infinite Impulse Response Filter
7       0      1     4.6e-05   150E-6       8.7e+04   2.8

# Inverse discrete cosine transfom
8       0      1     0.000335  150E-6       7.5e+04   2.8

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.005     150E-6       6.9e+04   2.8

# Matrix arithmetic
10      0      1     0.0032    150E-6       9.3e+04   2.8

# Pointer Chasing
11      0      1     0.000195  150E-6       9.6e+03   2.8

# Pulse Width Modulation
12      0      1     2.4e-06   150E-6       1.4e+04   2.8

# Road Speed Calculation
13      0      1     1.8e-06   150E-6       6.9e+03   2.8

# Table Lookup and Interpolation
14      0      1     1.4e-05   150E-6       6e+04     2.8

# Tooth To Spark
15      0      1     3.35e-05  150E-6       4.1e+04   2.8

# OSPF/Dijkstra
16      0      1     0.00055   150E-6       3.4e+04   2.8

# Route Lookup/Patricia
17      0      1     0.0025    150E-6       6.1e+03   2.8

# Packet Flow - 512 kbytes
18      0      1     0.0006    150E-6       1.8e+04   2.8

# Packet Flow - 1 Mbyte
19      0      1     0.0012    150E-6       1.8e+04   2.8

# Packet Flow - 2 Mbytes
20      0      1     0.00345   150E-6       1.8e+04   2.8

# Autocorrelation - Data1 (pulse)
21      0      1     1.1e-05   150E-6       4.4e+03   2.8

# Autocorrelation - Data2 (sine)
22      0      1     0.00145   150E-6       4.4e+03   2.8

# Auto-Correlation - Data3 (speech)
23      0      1     0.0014    150E-6       4.4e+03   2.8

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.000415  150E-6       6.3e+03   2.8

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00049   150E-6       6.3e+03   2.8

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00055   150E-6       6.3e+03   2.8

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0033    150E-6       5.4e+03   2.8

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00025   150E-6       5.4e+03   2.8

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0022    150E-6       5.4e+03   2.8

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00055   150E-6       1.3e+05   2.8

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00055   150E-6       1.3e+05   2.8

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00055   150E-6       1.3e+05   2.8

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0025    150E-6       1.1e+04   2.8

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.00245   150E-6       1.1e+04   2.8

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.00245   150E-6       1.1e+04   2.8

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.00235   150E-6       1.1e+04   2.8

# Compress JPEG
37      0      1     0.205     150E-6       2.4e+05   2.8

# Decompress JPEG
38      0      1     0.165     150E-6       2.9e+05   2.8

# High Pass Grey-scale filter
39      0      1     0.039     150E-6       7.6e+03   2.8

# RGB to CYMK Conversion
40      0      1     0.0305    150E-6       5.8e+03   2.8

# RGB to YIQ Conversion
41      0      1     0.06      150E-6       7.2e+03   2.8

# Dithering
42      0      1     0.0195    150E-6       3.6e+03   2.8

# Image Rotation
43      0      1     0.006     150E-6       1.2e+04   2.8

# Text Processing
44      0      1     0.008     150E-6       1.4e+04   2.8

# src-sink
45      0      1     5e-05     150E-6       80        2.8

}

# AMD K6-IIIE+ 550Mhz/ACR
@CLIENT_PE 4 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  125.6 1        3.14          0                 0             0.31
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     5.5e-06   150E-6       6.9e+04   3.1

# Basic floating point
1       0      1     1.05e-05  150E-6       5.8e+04   3.1

# Bit Manipulation
2       0      1     0.00033   150E-6       2.9e+04   3.1

# Cache Buster
3       0      1     1.55e-06  150E-6       2e+04     3.1

# CAN Remote Data Request
4       0      1     1.15e-06  150E-6       1.4e+04   3.1

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.005     150E-6       7.1e+04   3.1

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     3.5e-05   150E-6       1.7e+04   3.1

# Infinite Impulse Response Filter
7       0      1     4.2e-05   150E-6       8.7e+04   3.1

# Inverse discrete cosine transfom
8       0      1     0.000305  150E-6       7.5e+04   3.1

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.00465   150E-6       6.9e+04   3.1

# Matrix arithmetic
10      0      1     0.0029    150E-6       9.3e+04   3.1

# Pointer Chasing
11      0      1     0.000175  150E-6       9.6e+03   3.1

# Pulse Width Modulation
12      0      1     2.2e-06   150E-6       1.4e+04   3.1

# Road Speed Calculation
13      0      1     1.65e-06  150E-6       6.9e+03   3.1

# Table Lookup and Interpolation
14      0      1     1.3e-05   150E-6       6e+04     3.1

# Tooth To Spark
15      0      1     3e-05     150E-6       4.1e+04   3.1

# OSPF/Dijkstra
16      0      1     0.00049   150E-6       3.4e+04   3.1

# Route Lookup/Patricia
17      0      1     0.0023    150E-6       6.1e+03   3.1

# Packet Flow - 512 kbytes
18      0      1     0.00055   150E-6       1.8e+04   3.1

# Packet Flow - 1 Mbyte
19      0      1     0.0011    150E-6       1.8e+04   3.1

# Packet Flow - 2 Mbytes
20      0      1     0.0022    150E-6       1.8e+04   3.1

# Autocorrelation - Data1 (pulse)
21      0      1     1e-05     150E-6       4.4e+03   3.1

# Autocorrelation - Data2 (sine)
22      0      1     0.00135   150E-6       4.4e+03   3.1

# Auto-Correlation - Data3 (speech)
23      0      1     0.00125   150E-6       4.4e+03   3.1

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.00038   150E-6       6.3e+03   3.1

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.000445  150E-6       6.3e+03   3.1

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.000495  150E-6       6.3e+03   3.1

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.003     150E-6       5.4e+03   3.1

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.000225  150E-6       5.4e+03   3.1

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.002     150E-6       5.4e+03   3.1

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0005    150E-6       1.3e+05   3.1

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0005    150E-6       1.3e+05   3.1

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0005    150E-6       1.3e+05   3.1

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0023    150E-6       1.1e+04   3.1

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.00225   150E-6       1.1e+04   3.1

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0022    150E-6       1.1e+04   3.1

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.00215   150E-6       1.1e+04   3.1

# Compress JPEG
37      0      0     0         150E-6       0         3.1

# Decompress JPEG
38      0      0     0         150E-6       0         3.1

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         3.1

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         3.1

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         3.1

# Dithering
42      0      1     0.0175    150E-6       3.6e+03   3.1

# Image Rotation
43      0      1     0.0055    150E-6       1.2e+04   3.1

# Text Processing
44      0      1     0.007     150E-6       1.4e+04   3.1

# src-sink
45      0      1     5e-05     150E-6       80        3.1

}

# Analog Devices 21065L - 60 MHz
@CLIENT_PE 5 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  10    1        0.1814        0                 0             0.018
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.18

# Basic floating point
1       0      0     0         150E-6       0         0.18

# Bit Manipulation
2       0      0     0         150E-6       0         0.18

# Cache Buster
3       0      0     0         150E-6       0         0.18

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.18

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.18

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.18

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.18

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.18

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.18

# Matrix arithmetic
10      0      0     0         150E-6       0         0.18

# Pointer Chasing
11      0      0     0         150E-6       0         0.18

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.18

# Road Speed Calculation
13      0      0     0         150E-6       0         0.18

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.18

# Tooth To Spark
15      0      0     0         150E-6       0         0.18

# OSPF/Dijkstra
16      0      0     0         150E-6       0         0.18

# Route Lookup/Patricia
17      0      0     0         150E-6       0         0.18

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         0.18

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         0.18

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         0.18

# Autocorrelation - Data1 (pulse)
21      0      1     3.85e-05  150E-6       2.3e+03   0.18

# Autocorrelation - Data2 (sine)
22      0      1     0.0041    150E-6       2.3e+03   0.18

# Auto-Correlation - Data3 (speech)
23      0      1     0.00405   150E-6       2.3e+03   0.18

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.006     150E-6       8.4e+02   0.18

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.007     150E-6       8.4e+02   0.18

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.0075    150E-6       8.4e+02   0.18

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0315    150E-6       2.8e+03   0.18

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00185   150E-6       2.8e+03   0.18

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0175    150E-6       2.8e+03   0.18

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0035    150E-6       5.4e+03   0.18

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00355   150E-6       5.4e+03   0.18

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0035    150E-6       5.4e+03   0.18

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.018     150E-6       3.6e+03   0.18

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.018     150E-6       3.6e+03   0.18

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.018     150E-6       3.6e+03   0.18

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.018     150E-6       3.6e+03   0.18

# Compress JPEG
37      0      0     0         150E-6       0         0.18

# Decompress JPEG
38      0      0     0         150E-6       0         0.18

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.18

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.18

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.18

# Dithering
42      0      0     0         150E-6       0         0.18

# Image Rotation
43      0      0     0         150E-6       0         0.18

# Text Processing
44      0      0     0         150E-6       0         0.18

# src-sink
45      0      1     5e-05     150E-6       80        0.18

}

# IBM PowerPC 405GP - 266 Mhz
@CLIENT_PE 6 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  65    1        0.4           0                 0             0.04
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     4.6e-06   150E-6       3.9e+04   0.4

# Basic floating point
1       0      1     9e-06     150E-6       1.4e+05   0.4

# Bit Manipulation
2       0      1     0.00046   150E-6       5.5e+04   0.4

# Cache Buster
3       0      1     1.2e-06   150E-6       2.9e+04   0.4

# CAN Remote Data Request
4       0      1     9e-07     150E-6       6.6e+04   0.4

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.00405   150E-6       1.8e+05   0.4

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     2.05e-05  150E-6       5.3e+04   0.4

# Infinite Impulse Response Filter
7       0      1     4.25e-05  150E-6       7e+04     0.4

# Inverse discrete cosine transfom
8       0      1     0.000285  150E-6       1.3e+05   0.4

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.0035    150E-6       3.1e+05   0.4

# Matrix arithmetic
10      0      1     0.00155   150E-6       2.7e+05   0.4

# Pointer Chasing
11      0      1     0.000185  150E-6       5.8e+04   0.4

# Pulse Width Modulation
12      0      1     1.6e-06   150E-6       9.7e+04   0.4

# Road Speed Calculation
13      0      1     1.65e-06  150E-6       2.5e+04   0.4

# Table Lookup and Interpolation
14      0      1     1.45e-05  150E-6       1.2e+05   0.4

# Tooth To Spark
15      0      1     3.85e-05  150E-6       4.4e+05   0.4

# OSPF/Dijkstra
16      0      1     0.009     150E-6       4.8e+04   0.4

# Route Lookup/Patricia
17      0      1     0.0225    150E-6       9.9e+03   0.4

# Packet Flow - 512 kbytes
18      0      1     0.006     150E-6       1.8e+04   0.4

# Packet Flow - 1 Mbyte
19      0      1     0.0115    150E-6       1.8e+04   0.4

# Packet Flow - 2 Mbytes
20      0      1     0.023     150E-6       1.8e+04   0.4

# Autocorrelation - Data1 (pulse)
21      0      1     7.5e-06   150E-6       4.4e+04   0.4

# Autocorrelation - Data2 (sine)
22      0      1     0.00115   150E-6       4.4e+04   0.4

# Auto-Correlation - Data3 (speech)
23      0      1     0.0011    150E-6       4.4e+04   0.4

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0006    150E-6       4.7e+04   0.4

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0005    150E-6       4.7e+04   0.4

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.0004    150E-6       4.7e+04   0.4

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.00245   150E-6       4.6e+04   0.4

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00015   150E-6       4.6e+04   0.4

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.00145   150E-6       4.6e+04   0.4

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.000335  150E-6       1.2e+05   0.4

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00033   150E-6       1.2e+05   0.4

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.000335  150E-6       1.2e+05   0.4

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.00155   150E-6       5.3e+04   0.4

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.00155   150E-6       5.3e+04   0.4

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0016    150E-6       5.3e+04   0.4

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.00155   150E-6       5.3e+04   0.4

# Compress JPEG
37      0      1     0.08      150E-6       3.9e+05   0.4

# Decompress JPEG
38      0      1     0.065     150E-6       3.8e+05   0.4

# High Pass Grey-scale filter
39      0      1     0.0075    150E-6       9.5e+03   0.4

# RGB to CYMK Conversion
40      0      1     0.0075    150E-6       3.9e+03   0.4

# RGB to YIQ Conversion
41      0      1     0.008     150E-6       3.9e+03   0.4

# Dithering
42      0      1     0.0175    150E-6       3.3e+03   0.4

# Image Rotation
43      0      1     0.0035    150E-6       1.6e+04   0.4

# Text Processing
44      0      1     0.008     150E-6       1.5e+05   0.4

# src-sink
45      0      1     5e-05     150E-6       80        0.4

}

# IBM PowerPC 750CX - 500 MHz
@CLIENT_PE 7 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  210   1        1.2           0                 0             0.12
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     5e-05     150E-6       2.3e+04   1.2

# Basic floating point
1       0      1     0.00065   150E-6       1.6e+04   1.2

# Bit Manipulation
2       0      1     0.0028    150E-6       3.4e+04   1.2

# Cache Buster
3       0      1     1.35e-05  150E-6       1.7e+04   1.2

# CAN Remote Data Request
4       0      1     8.5e-06   150E-6       1.1e+04   1.2

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.042     150E-6       3.1e+04   1.2

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     0.00024   150E-6       1.4e+04   1.2

# Infinite Impulse Response Filter
7       0      1     0.00025   150E-6       3.7e+04   1.2

# Inverse discrete cosine transfom
8       0      1     0.0038    150E-6       5.1e+04   1.2

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.0375    150E-6       2.9e+04   1.2

# Matrix arithmetic
10      0      1     0.11      150E-6       4.4e+04   1.2

# Pointer Chasing
11      0      1     0.002     150E-6       9e+03     1.2

# Pulse Width Modulation
12      0      1     1.75e-05  150E-6       1.3e+04   1.2

# Road Speed Calculation
13      0      1     1.35e-05  150E-6       7.6e+03   1.2

# Table Lookup and Interpolation
14      0      1     0.00024   150E-6       2e+04     1.2

# Tooth To Spark
15      0      1     0.000265  150E-6       3.5e+04   1.2

# OSPF/Dijkstra
16      0      0     0         150E-6       0         1.2

# Route Lookup/Patricia
17      0      0     0         150E-6       0         1.2

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         1.2

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         1.2

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         1.2

# Autocorrelation - Data1 (pulse)
21      0      1     6e-05     150E-6       4.7e+03   1.2

# Autocorrelation - Data2 (sine)
22      0      1     0.009     150E-6       4.7e+03   1.2

# Auto-Correlation - Data3 (speech)
23      0      1     0.0085    150E-6       4.7e+03   1.2

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.006     150E-6       8.1e+03   1.2

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0055    150E-6       8.1e+03   1.2

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00415   150E-6       8.1e+03   1.2

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.02      150E-6       7.2e+03   1.2

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00145   150E-6       7.2e+03   1.2

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0135    150E-6       7.2e+03   1.2

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0044    150E-6       1.1e+05   1.2

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0044    150E-6       1.1e+05   1.2

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0044    150E-6       1.1e+05   1.2

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0245    150E-6       1.4e+04   1.2

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.0245    150E-6       1.4e+04   1.2

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0245    150E-6       1.4e+04   1.2

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.0245    150E-6       1.4e+04   1.2

# Compress JPEG
37      0      0     0         150E-6       0         1.2

# Decompress JPEG
38      0      0     0         150E-6       0         1.2

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         1.2

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         1.2

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         1.2

# Dithering
42      0      1     0.42      150E-6       5.7e+03   1.2

# Image Rotation
43      0      1     0.021     150E-6       6.2e+03   1.2

# Text Processing
44      0      1     2         150E-6       2.2e+04   1.2

# src-sink
45      0      1     5e-05     150E-6       80        1.2

}

# IDT32334-100 MHz
@CLIENT_PE 8 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  16    1        0.24          0                 0             0.024
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.24

# Basic floating point
1       0      0     0         150E-6       0         0.24

# Bit Manipulation
2       0      0     0         150E-6       0         0.24

# Cache Buster
3       0      0     0         150E-6       0         0.24

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.24

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.24

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.24

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.24

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.24

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.24

# Matrix arithmetic
10      0      0     0         150E-6       0         0.24

# Pointer Chasing
11      0      0     0         150E-6       0         0.24

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.24

# Road Speed Calculation
13      0      0     0         150E-6       0         0.24

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.24

# Tooth To Spark
15      0      0     0         150E-6       0         0.24

# OSPF/Dijkstra
16      0      1     0.008     150E-6       4.4e+04   0.24

# Route Lookup/Patricia
17      0      1     0.022     150E-6       1.1e+04   0.24

# Packet Flow - 512 kbytes
18      0      1     0.0065    150E-6       1.5e+04   0.24

# Packet Flow - 1 Mbyte
19      0      1     0.012     150E-6       1.5e+04   0.24

# Packet Flow - 2 Mbytes
20      0      1     0.024     150E-6       1.5e+04   0.24

# Autocorrelation - Data1 (pulse)
21      0      1     7.5e-05   150E-6       1.1e+04   0.24

# Autocorrelation - Data2 (sine)
22      0      1     0.0115    150E-6       1.1e+04   0.24

# Auto-Correlation - Data3 (speech)
23      0      1     0.011     150E-6       1.1e+04   0.24

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0075    150E-6       1.6e+04   0.24

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0065    150E-6       1.6e+04   0.24

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.005     150E-6       1.6e+04   0.24

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         0.24

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         0.24

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         0.24

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0041    150E-6       7.2e+04   0.24

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0041    150E-6       7.2e+04   0.24

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0041    150E-6       7.2e+04   0.24

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0135    150E-6       2.1e+04   0.24

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.0135    150E-6       2.1e+04   0.24

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0135    150E-6       2.1e+04   0.24

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.0135    150E-6       2.1e+04   0.24

# Compress JPEG
37      0      0     0         150E-6       0         0.24

# Decompress JPEG
38      0      0     0         150E-6       0         0.24

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.24

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.24

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.24

# Dithering
42      0      0     0         150E-6       0         0.24

# Image Rotation
43      0      0     0         150E-6       0         0.24

# Text Processing
44      0      0     0         150E-6       0         0.24

# src-sink
45      0      1     5e-05     150E-6       80        0.24

}

# IDT79RC32364-100
@CLIENT_PE 9 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  12.50 1        0.116         0                 0             0.012
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.12

# Basic floating point
1       0      0     0         150E-6       0         0.12

# Bit Manipulation
2       0      0     0         150E-6       0         0.12

# Cache Buster
3       0      0     0         150E-6       0         0.12

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.12

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.12

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.12

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.12

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.12

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.12

# Matrix arithmetic
10      0      0     0         150E-6       0         0.12

# Pointer Chasing
11      0      0     0         150E-6       0         0.12

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.12

# Road Speed Calculation
13      0      0     0         150E-6       0         0.12

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.12

# Tooth To Spark
15      0      0     0         150E-6       0         0.12

# OSPF/Dijkstra
16      0      1     0.0065    150E-6       4.9e+04   0.12

# Route Lookup/Patricia
17      0      1     0.018     150E-6       9.9e+03   0.12

# Packet Flow - 512 kbytes
18      0      1     0.00325   150E-6       1.8e+04   0.12

# Packet Flow - 1 Mbyte
19      0      1     0.006     150E-6       1.8e+04   0.12

# Packet Flow - 2 Mbytes
20      0      1     0.0125    150E-6       1.8e+04   0.12

# Autocorrelation - Data1 (pulse)
21      0      1     4.15e-05  150E-6       4.7e+03   0.12

# Autocorrelation - Data2 (sine)
22      0      1     0.006     150E-6       4.7e+03   0.12

# Auto-Correlation - Data3 (speech)
23      0      1     0.0055    150E-6       4.7e+03   0.12

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.00365   150E-6       8.1e+03   0.12

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0032    150E-6       8.1e+03   0.12

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00255   150E-6       8.1e+03   0.12

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.019     150E-6       7.2e+03   0.12

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00095   150E-6       7.2e+03   0.12

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.009     150E-6       7.2e+03   0.12

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0023    150E-6       1.1e+05   0.12

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0023    150E-6       1.1e+05   0.12

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0023    150E-6       1.1e+05   0.12

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.01      150E-6       1.4e+04   0.12

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.01      150E-6       1.4e+04   0.12

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.01      150E-6       1.4e+04   0.12

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.01      150E-6       1.4e+04   0.12

# Compress JPEG
37      0      0     0         150E-6       0         0.12

# Decompress JPEG
38      0      0     0         150E-6       0         0.12

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.12

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.12

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.12

# Dithering
42      0      0     0         150E-6       0         0.12

# Image Rotation
43      0      0     0         150E-6       0         0.12

# Text Processing
44      0      0     0         150E-6       0         0.12

# src-sink
45      0      1     5e-05     150E-6       80        0.12

}

# IDT79RC32V334-150
@CLIENT_PE 10 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  24    1        0.34          0                 0             0.034
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.34

# Basic floating point
1       0      0     0         150E-6       0         0.34

# Bit Manipulation
2       0      0     0         150E-6       0         0.34

# Cache Buster
3       0      0     0         150E-6       0         0.34

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.34

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.34

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.34

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.34

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.34

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.34

# Matrix arithmetic
10      0      0     0         150E-6       0         0.34

# Pointer Chasing
11      0      0     0         150E-6       0         0.34

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.34

# Road Speed Calculation
13      0      0     0         150E-6       0         0.34

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.34

# Tooth To Spark
15      0      0     0         150E-6       0         0.34

# OSPF/Dijkstra
16      0      1     0.0018    150E-6       4.7e+04   0.34

# Route Lookup/Patricia
17      0      1     0.005     150E-6       1.4e+04   0.34

# Packet Flow - 512 kbytes
18      0      1     0.00165   150E-6       1.8e+04   0.34

# Packet Flow - 1 Mbyte
19      0      1     0.00305   150E-6       1.8e+04   0.34

# Packet Flow - 2 Mbytes
20      0      1     0.006     150E-6       1.8e+04   0.34

# Autocorrelation - Data1 (pulse)
21      0      1     3.25e-05  150E-6       4.3e+02   0.34

# Autocorrelation - Data2 (sine)
22      0      1     0.0049    150E-6       4.3e+02   0.34

# Auto-Correlation - Data3 (speech)
23      0      1     0.00465   150E-6       4.3e+02   0.34

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0029    150E-6       4.3e+02   0.34

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00255   150E-6       4.3e+02   0.34

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.002     150E-6       4.3e+02   0.34

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         0.34

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         0.34

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         0.34

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00145   150E-6       4.7e+02   0.34

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00145   150E-6       4.7e+02   0.34

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00145   150E-6       4.7e+02   0.34

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.005     150E-6       4.4e+02   0.34

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.005     150E-6       4.4e+02   0.34

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.005     150E-6       4.4e+02   0.34

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.005     150E-6       4.4e+02   0.34

# Compress JPEG
37      0      0     0         150E-6       0         0.34

# Decompress JPEG
38      0      0     0         150E-6       0         0.34

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.34

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.34

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.34

# Dithering
42      0      0     0         150E-6       0         0.34

# Image Rotation
43      0      0     0         150E-6       0         0.34

# Text Processing
44      0      0     0         150E-6       0         0.34

# src-sink
45      0      1     5e-05     150E-6       80        0.34

}

# IDT79RC64575-250MHz
@CLIENT_PE 11 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  52.10 1        0.154         0                 0             0.015
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.15

# Basic floating point
1       0      0     0         150E-6       0         0.15

# Bit Manipulation
2       0      0     0         150E-6       0         0.15

# Cache Buster
3       0      0     0         150E-6       0         0.15

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.15

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.15

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.15

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.15

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.15

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.15

# Matrix arithmetic
10      0      0     0         150E-6       0         0.15

# Pointer Chasing
11      0      0     0         150E-6       0         0.15

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.15

# Road Speed Calculation
13      0      0     0         150E-6       0         0.15

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.15

# Tooth To Spark
15      0      0     0         150E-6       0         0.15

# OSPF/Dijkstra
16      0      1     0.00034   150E-6       4.2e+04   0.15

# Route Lookup/Patricia
17      0      1     0.00115   150E-6       1.3e+04   0.15

# Packet Flow - 512 kbytes
18      0      1     0.00016   150E-6       1.6e+04   0.15

# Packet Flow - 1 Mbyte
19      0      1     0.000305  150E-6       1.6e+04   0.15

# Packet Flow - 2 Mbytes
20      0      1     0.0007    150E-6       1.6e+04   0.15

# Autocorrelation - Data1 (pulse)
21      0      1     1.35e-05  150E-6       2.4e+03   0.15

# Autocorrelation - Data2 (sine)
22      0      1     0.00145   150E-6       2.4e+03   0.15

# Auto-Correlation - Data3 (speech)
23      0      1     0.0014    150E-6       2.4e+03   0.15

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0018    150E-6       3.8e+03   0.15

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0016    150E-6       3.8e+03   0.15

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.0014    150E-6       3.8e+03   0.15

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.007     150E-6       3.8e+03   0.15

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     6e-05     150E-6       3.8e+03   0.15

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.00195   150E-6       3.8e+03   0.15

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00085   150E-6       5.2e+03   0.15

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00085   150E-6       5.2e+03   0.15

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00085   150E-6       5.2e+03   0.15

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.006     150E-6       5.1e+03   0.15

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.006     150E-6       5.1e+03   0.15

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.006     150E-6       5.1e+03   0.15

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.006     150E-6       5.1e+03   0.15

# Compress JPEG
37      0      0     0         150E-6       0         0.15

# Decompress JPEG
38      0      0     0         150E-6       0         0.15

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.15

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.15

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.15

# Dithering
42      0      0     0         150E-6       0         0.15

# Image Rotation
43      0      0     0         150E-6       0         0.15

# Text Processing
44      0      0     0         150E-6       0         0.15

# src-sink
45      0      1     5e-05     150E-6       80        0.15

}

# Imsys Cjip 40 Mhz
@CLIENT_PE 12 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  19    1        0.033         0                 0             0.0033
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.033

# Basic floating point
1       0      0     0         150E-6       0         0.033

# Bit Manipulation
2       0      0     0         150E-6       0         0.033

# Cache Buster
3       0      0     0         150E-6       0         0.033

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.033

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.033

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.033

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.033

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.033

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.033

# Matrix arithmetic
10      0      0     0         150E-6       0         0.033

# Pointer Chasing
11      0      0     0         150E-6       0         0.033

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.033

# Road Speed Calculation
13      0      0     0         150E-6       0         0.033

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.033

# Tooth To Spark
15      0      0     0         150E-6       0         0.033

# OSPF/Dijkstra
16      0      0     0         150E-6       0         0.033

# Route Lookup/Patricia
17      0      0     0         150E-6       0         0.033

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         0.033

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         0.033

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         0.033

# Autocorrelation - Data1 (pulse)
21      0      0     0         150E-6       0         0.033

# Autocorrelation - Data2 (sine)
22      0      0     0         150E-6       0         0.033

# Auto-Correlation - Data3 (speech)
23      0      0     0         150E-6       0         0.033

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      0     0         150E-6       0         0.033

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      0     0         150E-6       0         0.033

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      0     0         150E-6       0         0.033

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         0.033

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         0.033

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         0.033

# Fixed Point Complex FFT - Data1 (pulse)
30      0      0     0         150E-6       0         0.033

# Fixed point Complex FFT - Data2 (spn)
31      0      0     0         150E-6       0         0.033

# Fixed Point Complex FFT - Data3 (sine)
32      0      0     0         150E-6       0         0.033

# Viterbi GSM Decoder - Data1 (get)
33      0      0     0         150E-6       0         0.033

# Viterbi GSM Decoder - Data2 (toggle)
34      0      0     0         150E-6       0         0.033

# Viterbi GSM Decoder - Data3 (ones)
35      0      0     0         150E-6       0         0.033

# Viterbi GSM Decoder - Data4 (zeros)
36      0      0     0         150E-6       0         0.033

# Compress JPEG
37      0      0     0         150E-6       0         0.033

# Decompress JPEG
38      0      0     0         150E-6       0         0.033

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.033

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.033

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.033

# Dithering
42      0      1     2.95      150E-6       1.7e+03   0.033

# Image Rotation
43      0      1     0.225     150E-6       7.1e+03   0.033

# Text Processing
44      0      1     1.45      150E-6       1.9e+04   0.033

# src-sink
45      0      1     5e-05     150E-6       80        0.033

}

# Motorola MPC555 - 40MHz
@CLIENT_PE 13 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  45    1        0.2           0                 0             0.02
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     2.65e-06  150E-6       4.2e+04   0.2

# Basic floating point
1       0      1     4.45e-06  150E-6       1.4e+05   0.2

# Bit Manipulation
2       0      1     0.00019   150E-6       5.4e+04   0.2

# Cache Buster
3       0      1     7.5e-07   150E-6       4e+04     0.2

# CAN Remote Data Request
4       0      1     6e-07     150E-6       6.4e+04   0.2

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.00165   150E-6       1.9e+05   0.2

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     8.5e-06   150E-6       5.3e+04   0.2

# Infinite Impulse Response Filter
7       0      1     7.5e-06   150E-6       7e+04     0.2

# Inverse discrete cosine transfom
8       0      1     0.00013   150E-6       1.3e+05   0.2

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.0016    150E-6       3.1e+05   0.2

# Matrix arithmetic
10      0      1     0.0008    150E-6       2.8e+05   0.2

# Pointer Chasing
11      0      1     8e-05     150E-6       6.1e+04   0.2

# Pulse Width Modulation
12      0      1     1.05e-06  150E-6       9.6e+04   0.2

# Road Speed Calculation
13      0      1     7e-07     150E-6       2.6e+04   0.2

# Table Lookup and Interpolation
14      0      1     9.5e-06   150E-6       1.2e+05   0.2

# Tooth To Spark
15      0      1     1.7e-05   150E-6       4.3e+05   0.2

# OSPF/Dijkstra
16      0      0     0         150E-6       0         0.2

# Route Lookup/Patricia
17      0      0     0         150E-6       0         0.2

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         0.2

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         0.2

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         0.2

# Autocorrelation - Data1 (pulse)
21      0      0     0         150E-6       0         0.2

# Autocorrelation - Data2 (sine)
22      0      0     0         150E-6       0         0.2

# Auto-Correlation - Data3 (speech)
23      0      0     0         150E-6       0         0.2

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      0     0         150E-6       0         0.2

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      0     0         150E-6       0         0.2

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      0     0         150E-6       0         0.2

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         0.2

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         0.2

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         0.2

# Fixed Point Complex FFT - Data1 (pulse)
30      0      0     0         150E-6       0         0.2

# Fixed point Complex FFT - Data2 (spn)
31      0      0     0         150E-6       0         0.2

# Fixed Point Complex FFT - Data3 (sine)
32      0      0     0         150E-6       0         0.2

# Viterbi GSM Decoder - Data1 (get)
33      0      0     0         150E-6       0         0.2

# Viterbi GSM Decoder - Data2 (toggle)
34      0      0     0         150E-6       0         0.2

# Viterbi GSM Decoder - Data3 (ones)
35      0      0     0         150E-6       0         0.2

# Viterbi GSM Decoder - Data4 (zeros)
36      0      0     0         150E-6       0         0.2

# Compress JPEG
37      0      0     0         150E-6       0         0.2

# Decompress JPEG
38      0      0     0         150E-6       0         0.2

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.2

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.2

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.2

# Dithering
42      0      0     0         150E-6       0         0.2

# Image Rotation
43      0      0     0         150E-6       0         0.2

# Text Processing
44      0      0     0         150E-6       0         0.2

# src-sink
45      0      1     5e-05     150E-6       80        0.2

}

# NEC  VR5432 - 167 MHz
@CLIENT_PE 14 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  30    1        0.5           0                 0             0.05
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     0.00014   150E-6       1.8e+04   0.5

# Basic floating point
1       0      1     0.0008    150E-6       1.5e+04   0.5

# Bit Manipulation
2       0      1     0.005     150E-6       6.7e+04   0.5

# Cache Buster
3       0      1     1.9e-05   150E-6       2.1e+04   0.5

# CAN Remote Data Request
4       0      1     1.25e-05  150E-6       1.4e+04   0.5

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.09      150E-6       4e+04     0.5

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     0.00019   150E-6       1.3e+04   0.5

# Infinite Impulse Response Filter
7       0      1     0.000415  150E-6       2.6e+04   0.5

# Inverse discrete cosine transfom
8       0      1     0.0042    150E-6       6.9e+04   0.5

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.08      150E-6       3.8e+04   0.5

# Matrix arithmetic
10      0      1     0.18      150E-6       5.5e+04   0.5

# Pointer Chasing
11      0      1     0.00245   150E-6       1.1e+04   0.5

# Pulse Width Modulation
12      0      1     1.95e-05  150E-6       1.3e+04   0.5

# Road Speed Calculation
13      0      1     1.55e-05  150E-6       6.6e+03   0.5

# Table Lookup and Interpolation
14      0      1     0.00065   150E-6       3.9e+04   0.5

# Tooth To Spark
15      0      1     0.00042   150E-6       3.6e+04   0.5

# OSPF/Dijkstra
16      0      1     0.007     150E-6       8.6e+03   0.5

# Route Lookup/Patricia
17      0      1     0.02      150E-6       1.1e+04   0.5

# Packet Flow - 512 kbytes
18      0      1     0.0055    150E-6       1.3e+04   0.5

# Packet Flow - 1 Mbyte
19      0      1     0.0095    150E-6       1.3e+04   0.5

# Packet Flow - 2 Mbytes
20      0      1     0.021     150E-6       1.3e+04   0.5

# Autocorrelation - Data1 (pulse)
21      0      1     5.5e-05   150E-6       6.3e+03   0.5

# Autocorrelation - Data2 (sine)
22      0      1     0.0065    150E-6       6.3e+03   0.5

# Auto-Correlation - Data3 (speech)
23      0      1     0.0065    150E-6       6.3e+03   0.5

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0055    150E-6       9.7e+03   0.5

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00475   150E-6       9.7e+03   0.5

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.0044    150E-6       9.7e+03   0.5

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0215    150E-6       8.6e+03   0.5

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.0013    150E-6       8.6e+03   0.5

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0135    150E-6       8.6e+03   0.5

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0029    150E-6       5.1e+04   0.5

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0029    150E-6       5.1e+04   0.5

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0029    150E-6       5.1e+04   0.5

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.015     150E-6       2.1e+04   0.5

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.015     150E-6       2.1e+04   0.5

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.015     150E-6       2.1e+04   0.5

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.015     150E-6       2.1e+04   0.5

# Compress JPEG
37      0      1     2.05      150E-6       2.9e+05   0.5

# Decompress JPEG
38      0      1     1.2       150E-6       3.4e+05   0.5

# High Pass Grey-scale filter
39      0      1     0.26      150E-6       1.3e+04   0.5

# RGB to CYMK Conversion
40      0      1     0.115     150E-6       1e+04     0.5

# RGB to YIQ Conversion
41      0      1     0.2       150E-6       9.1e+03   0.5

# Dithering
42      0      1     0.155     150E-6       4.7e+03   0.5

# Image Rotation
43      0      1     0.0415    150E-6       1.6e+04   0.5

# Text Processing
44      0      1     0.085     150E-6       2.5e+04   0.5

# src-sink
45      0      1     5e-05     150E-6       80        0.5

}

# ST20C2 50 Mhz
@CLIENT_PE 15 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  15    1        0.015         0                 0             0.0015
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.015

# Basic floating point
1       0      0     0         150E-6       0         0.015

# Bit Manipulation
2       0      0     0         150E-6       0         0.015

# Cache Buster
3       0      0     0         150E-6       0         0.015

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.015

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.015

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.015

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.015

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.015

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.015

# Matrix arithmetic
10      0      0     0         150E-6       0         0.015

# Pointer Chasing
11      0      0     0         150E-6       0         0.015

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.015

# Road Speed Calculation
13      0      0     0         150E-6       0         0.015

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.015

# Tooth To Spark
15      0      0     0         150E-6       0         0.015

# OSPF/Dijkstra
16      0      1     0.0065    150E-6       3.3e+04   0.015

# Route Lookup/Patricia
17      0      1     0.013     150E-6       1.5e+04   0.015

# Packet Flow - 512 kbytes
18      0      1     0.0041    150E-6       1.6e+04   0.015

# Packet Flow - 1 Mbyte
19      0      1     0.008     150E-6       1.6e+04   0.015

# Packet Flow - 2 Mbytes
20      0      1     0.0155    150E-6       1.6e+04   0.015

# Autocorrelation - Data1 (pulse)
21      0      1     5.5e-06   150E-6       7.9e+03   0.015

# Autocorrelation - Data2 (sine)
22      0      1     0.000345  150E-6       7.9e+03   0.015

# Auto-Correlation - Data3 (speech)
23      0      1     0.000335  150E-6       7.9e+03   0.015

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.00085   150E-6       9e+03     0.015

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0008    150E-6       9e+03     0.015

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00075   150E-6       9e+03     0.015

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0075    150E-6       1.8e+04   0.015

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.000495  150E-6       1.9e+04   0.015

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.005     150E-6       1.8e+04   0.015

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0006    150E-6       2.4e+04   0.015

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0006    150E-6       2.4e+04   0.015

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0006    150E-6       2.4e+04   0.015

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0041    150E-6       1.5e+04   0.015

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.0041    150E-6       1.5e+04   0.015

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0041    150E-6       1.5e+04   0.015

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.0041    150E-6       1.5e+04   0.015

# Compress JPEG
37      0      1     0.435     150E-6       9.2e+05   0.015

# Decompress JPEG
38      0      1     0.35      150E-6       9.4e+05   0.015

# High Pass Grey-scale filter
39      0      1     0.043     150E-6       3.7e+04   0.015

# RGB to CYMK Conversion
40      0      1     0.04      150E-6       2e+04     0.015

# RGB to YIQ Conversion
41      0      1     0.034     150E-6       3.5e+04   0.015

# Dithering
42      0      1     12        150E-6       4.9e+03   0.015

# Image Rotation
43      0      1     1.35      150E-6       6e+03     0.015

# Text Processing
44      0      1     5.5       150E-6       1.7e+04   0.015

# src-sink
45      0      1     5e-05     150E-6       80        0.015

}

# TI TMS320C6203-300MHz
@CLIENT_PE 16 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  111.2 1        0.31          0                 0             0.031
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.31

# Basic floating point
1       0      0     0         150E-6       0         0.31

# Bit Manipulation
2       0      0     0         150E-6       0         0.31

# Cache Buster
3       0      0     0         150E-6       0         0.31

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.31

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.31

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.31

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.31

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.31

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.31

# Matrix arithmetic
10      0      0     0         150E-6       0         0.31

# Pointer Chasing
11      0      0     0         150E-6       0         0.31

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.31

# Road Speed Calculation
13      0      0     0         150E-6       0         0.31

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.31

# Tooth To Spark
15      0      0     0         150E-6       0         0.31

# OSPF/Dijkstra
16      0      0     0         150E-6       0         0.31

# Route Lookup/Patricia
17      0      0     0         150E-6       0         0.31

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         0.31

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         0.31

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         0.31

# Autocorrelation - Data1 (pulse)
21      0      1     3.8e-06   150E-6       1.2e+04   0.31

# Autocorrelation - Data2 (sine)
22      0      1     0.000175  150E-6       1.2e+04   0.31

# Auto-Correlation - Data3 (speech)
23      0      1     0.00017   150E-6       1.2e+04   0.31

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     1.9e-05   150E-6       2e+04     0.31

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     1.8e-05   150E-6       2e+04     0.31

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     1.7e-05   150E-6       2e+04     0.31

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0009    150E-6       1.3e+04   0.31

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.000115  150E-6       1.3e+04   0.31

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.00055   150E-6       1.3e+04   0.31

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     4.5e-05   150E-6       2.3e+04   0.31

# Fixed point Complex FFT - Data2 (spn)
31      0      1     4.5e-05   150E-6       2.3e+04   0.31

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     4.5e-05   150E-6       2.3e+04   0.31

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.000315  150E-6       2.2e+04   0.31

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.000315  150E-6       2.2e+04   0.31

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.000315  150E-6       2.2e+04   0.31

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.000315  150E-6       2.2e+04   0.31

# Compress JPEG
37      0      0     0         150E-6       0         0.31

# Decompress JPEG
38      0      0     0         150E-6       0         0.31

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.31

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.31

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.31

# Dithering
42      0      0     0         150E-6       0         0.31

# Image Rotation
43      0      0     0         150E-6       0         0.31

# Text Processing
44      0      0     0         150E-6       0         0.31

# src-sink
45      0      1     5e-05     150E-6       80        0.31

}

# AMD ElanSC520-133 MHz
@SERVER_PE 0 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  33    1        1.6           0                 0             0.16
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     9e-06     150E-6       6.9e+04   1.6

# Basic floating point
1       0      1     2.3e-05   150E-6       5.8e+04   1.6

# Bit Manipulation
2       0      1     0.00049   150E-6       2.9e+04   1.6

# Cache Buster
3       0      1     3.5e-06   150E-6       2e+04     1.6

# CAN Remote Data Request
4       0      1     1.8e-06   150E-6       1.4e+04   1.6

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.014     150E-6       7.1e+04   1.6

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     6.9e-05   150E-6       1.7e+04   1.6

# Infinite Impulse Response Filter
7       0      1     8e-05     150E-6       8.7e+04   1.6

# Inverse discrete cosine transfom
8       0      1     0.00091   150E-6       7.5e+04   1.6

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.013     150E-6       6.9e+04   1.6

# Matrix arithmetic
10      0      1     0.0067    150E-6       9.3e+04   1.6

# Pointer Chasing
11      0      1     0.00033   150E-6       9.6e+03   1.6

# Pulse Width Modulation
12      0      1     4.5e-06   150E-6       1.4e+04   1.6

# Road Speed Calculation
13      0      1     3.2e-06   150E-6       6.9e+03   1.6

# Table Lookup and Interpolation
14      0      1     3e-05     150E-6       6e+04     1.6

# Tooth To Spark
15      0      1     7.4e-05   150E-6       4.1e+04   1.6

# OSPF/Dijkstra
16      0      1     0.0012    150E-6       2.8e+05   1.6

# Route Lookup/Patricia
17      0      1     0.0032    150E-6       2.5e+05   1.6

# Packet Flow - 512 kbytes
18      0      1     0.00097   150E-6       2.6e+05   1.6

# Packet Flow - 1 Mbyte
19      0      1     0.002     150E-6       2.6e+05   1.6

# Packet Flow - 2 Mbytes
20      0      1     0.004     150E-6       2.6e+05   1.6

# Autocorrelation - Data1 (pulse)
21      0      1     3.1e-05   150E-6       4.4e+03   1.6

# Autocorrelation - Data2 (sine)
22      0      1     0.0051    150E-6       4.4e+03   1.6

# Auto-Correlation - Data3 (speech)
23      0      1     0.0048    150E-6       4.4e+03   1.6

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.00068   150E-6       6.3e+03   1.6

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00081   150E-6       6.3e+03   1.6

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00092   150E-6       6.3e+03   1.6

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0061    150E-6       5.4e+03   1.6

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00041   150E-6       5.4e+03   1.6

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.004     150E-6       5.4e+03   1.6

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0013    150E-6       1.3e+05   1.6

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0013    150E-6       1.3e+05   1.6

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0013    150E-6       1.3e+05   1.6

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0031    150E-6       1.1e+04   1.6

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.0031    150E-6       1.1e+04   1.6

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0031    150E-6       1.1e+04   1.6

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.0031    150E-6       1.1e+04   1.6

# Compress JPEG
37      0      1     0.33      150E-6       2.4e+05   1.6

# Decompress JPEG
38      0      1     0.25      150E-6       2.9e+05   1.6

# High Pass Grey-scale filter
39      0      1     0.053     150E-6       7.6e+03   1.6

# RGB to CYMK Conversion
40      0      1     0.029     150E-6       5.8e+03   1.6

# RGB to YIQ Conversion
41      0      1     0.11      150E-6       7.2e+03   1.6

# Dithering
42      0      1     0.029     150E-6       3.6e+03   1.6

# Image Rotation
43      0      1     0.0061    150E-6       1.2e+04   1.6

# Text Processing
44      0      1     0.0091    150E-6       1.4e+04   1.6

# src-sink
45      0      1     1e-05     150E-6       80        1.6

}

# AMD K6-2 450
@SERVER_PE 1 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  88    1        11.3          0                 0             1.1
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         11

# Basic floating point
1       0      0     0         150E-6       0         11

# Bit Manipulation
2       0      0     0         150E-6       0         11

# Cache Buster
3       0      0     0         150E-6       0         11

# CAN Remote Data Request
4       0      0     0         150E-6       0         11

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         11

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         11

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         11

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         11

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         11

# Matrix arithmetic
10      0      0     0         150E-6       0         11

# Pointer Chasing
11      0      0     0         150E-6       0         11

# Pulse Width Modulation
12      0      0     0         150E-6       0         11

# Road Speed Calculation
13      0      0     0         150E-6       0         11

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         11

# Tooth To Spark
15      0      0     0         150E-6       0         11

# OSPF/Dijkstra
16      0      1     0.00014   150E-6       6.4e+04   11

# Route Lookup/Patricia
17      0      1     0.00059   150E-6       3.2e+05   11

# Packet Flow - 512 kbytes
18      0      1     0.00044   150E-6       4.5e+04   11

# Packet Flow - 1 Mbyte
19      0      1     0.00086   150E-6       4.5e+04   11

# Packet Flow - 2 Mbytes
20      0      1     0.0018    150E-6       4.5e+04   11

# Autocorrelation - Data1 (pulse)
21      0      0     0         150E-6       0         11

# Autocorrelation - Data2 (sine)
22      0      0     0         150E-6       0         11

# Auto-Correlation - Data3 (speech)
23      0      0     0         150E-6       0         11

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      0     0         150E-6       0         11

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      0     0         150E-6       0         11

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      0     0         150E-6       0         11

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         11

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         11

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         11

# Fixed Point Complex FFT - Data1 (pulse)
30      0      0     0         150E-6       0         11

# Fixed point Complex FFT - Data2 (spn)
31      0      0     0         150E-6       0         11

# Fixed Point Complex FFT - Data3 (sine)
32      0      0     0         150E-6       0         11

# Viterbi GSM Decoder - Data1 (get)
33      0      0     0         150E-6       0         11

# Viterbi GSM Decoder - Data2 (toggle)
34      0      0     0         150E-6       0         11

# Viterbi GSM Decoder - Data3 (ones)
35      0      0     0         150E-6       0         11

# Viterbi GSM Decoder - Data4 (zeros)
36      0      0     0         150E-6       0         11

# Compress JPEG
37      0      0     0         150E-6       0         11

# Decompress JPEG
38      0      0     0         150E-6       0         11

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         11

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         11

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         11

# Dithering
42      0      0     0         150E-6       0         11

# Image Rotation
43      0      0     0         150E-6       0         11

# Text Processing
44      0      0     0         150E-6       0         11

# src-sink
45      0      1     1e-05     150E-6       80        11

}

# AMD K6-2E 400Mhz/ACR
@SERVER_PE 2 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  77    1        10.15         0                 0             1
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     1.5e-06   150E-6       6.9e+04   10

# Basic floating point
1       0      1     2.9e-06   150E-6       5.8e+04   10

# Bit Manipulation
2       0      1     9.1e-05   150E-6       2.9e+04   10

# Cache Buster
3       0      1     4.8e-07   150E-6       2e+04     10

# CAN Remote Data Request
4       0      1     3.5e-07   150E-6       1.4e+04   10

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.0016    150E-6       7.1e+04   10

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     9.7e-06   150E-6       1.7e+04   10

# Infinite Impulse Response Filter
7       0      1     1.2e-05   150E-6       8.7e+04   10

# Inverse discrete cosine transfom
8       0      1     8.5e-05   150E-6       7.5e+04   10

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.0015    150E-6       6.9e+04   10

# Matrix arithmetic
10      0      1     0.0009    150E-6       9.3e+04   10

# Pointer Chasing
11      0      1     4.9e-05   150E-6       9.6e+03   10

# Pulse Width Modulation
12      0      1     6.7e-07   150E-6       1.4e+04   10

# Road Speed Calculation
13      0      1     5e-07     150E-6       6.9e+03   10

# Table Lookup and Interpolation
14      0      1     3.6e-06   150E-6       6e+04     10

# Tooth To Spark
15      0      1     8.5e-06   150E-6       4.1e+04   10

# OSPF/Dijkstra
16      0      1     0.00014   150E-6       3.4e+04   10

# Route Lookup/Patricia
17      0      1     0.00064   150E-6       6.1e+03   10

# Packet Flow - 512 kbytes
18      0      1     0.00024   150E-6       1.8e+04   10

# Packet Flow - 1 Mbyte
19      0      1     0.00058   150E-6       1.8e+04   10

# Packet Flow - 2 Mbytes
20      0      1     0.0012    150E-6       1.8e+04   10

# Autocorrelation - Data1 (pulse)
21      0      1     2.8e-06   150E-6       4.4e+03   10

# Autocorrelation - Data2 (sine)
22      0      1     0.00037   150E-6       4.4e+03   10

# Auto-Correlation - Data3 (speech)
23      0      1     0.00035   150E-6       4.4e+03   10

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0001    150E-6       8.2e+03   10

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00012   150E-6       8.2e+03   10

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00014   150E-6       8.2e+03   10

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.00083   150E-6       5.4e+03   10

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     6.2e-05   150E-6       5.4e+03   10

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.00056   150E-6       5.4e+03   10

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00014   150E-6       1.3e+05   10

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00014   150E-6       1.3e+05   10

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00014   150E-6       1.3e+05   10

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.00063   150E-6       1.1e+04   10

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.00061   150E-6       1.1e+04   10

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.00061   150E-6       1.1e+04   10

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.00059   150E-6       1.1e+04   10

# Compress JPEG
37      0      1     0.056     150E-6       2.4e+05   10

# Decompress JPEG
38      0      1     0.045     150E-6       2.9e+05   10

# High Pass Grey-scale filter
39      0      1     0.011     150E-6       7.6e+03   10

# RGB to CYMK Conversion
40      0      1     0.0077    150E-6       5.8e+03   10

# RGB to YIQ Conversion
41      0      1     0.016     150E-6       7.2e+03   10

# Dithering
42      0      1     0.0051    150E-6       3.6e+03   10

# Image Rotation
43      0      1     0.0021    150E-6       1.2e+04   10

# Text Processing
44      0      1     0.0028    150E-6       1.4e+04   10

# src-sink
45      0      1     1e-05     150E-6       80        10

}

# AMD K6-2E+ 500Mhz/ACR
@SERVER_PE 3 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  99    1        13.9          0                 0             1.4
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     1.2e-06   150E-6       6.9e+04   14

# Basic floating point
1       0      1     2.3e-06   150E-6       5.8e+04   14

# Bit Manipulation
2       0      1     7.3e-05   150E-6       2.9e+04   14

# Cache Buster
3       0      1     3.4e-07   150E-6       2e+04     14

# CAN Remote Data Request
4       0      1     2.5e-07   150E-6       1.4e+04   14

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.0011    150E-6       7.1e+04   14

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     7.7e-06   150E-6       1.7e+04   14

# Infinite Impulse Response Filter
7       0      1     9.2e-06   150E-6       8.7e+04   14

# Inverse discrete cosine transfom
8       0      1     6.7e-05   150E-6       7.5e+04   14

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.001     150E-6       6.9e+04   14

# Matrix arithmetic
10      0      1     0.00064   150E-6       9.3e+04   14

# Pointer Chasing
11      0      1     3.9e-05   150E-6       9.6e+03   14

# Pulse Width Modulation
12      0      1     4.8e-07   150E-6       1.4e+04   14

# Road Speed Calculation
13      0      1     3.6e-07   150E-6       6.9e+03   14

# Table Lookup and Interpolation
14      0      1     2.8e-06   150E-6       6e+04     14

# Tooth To Spark
15      0      1     6.7e-06   150E-6       4.1e+04   14

# OSPF/Dijkstra
16      0      1     0.00011   150E-6       3.4e+04   14

# Route Lookup/Patricia
17      0      1     0.0005    150E-6       6.1e+03   14

# Packet Flow - 512 kbytes
18      0      1     0.00012   150E-6       1.8e+04   14

# Packet Flow - 1 Mbyte
19      0      1     0.00024   150E-6       1.8e+04   14

# Packet Flow - 2 Mbytes
20      0      1     0.00069   150E-6       1.8e+04   14

# Autocorrelation - Data1 (pulse)
21      0      1     2.2e-06   150E-6       4.4e+03   14

# Autocorrelation - Data2 (sine)
22      0      1     0.00029   150E-6       4.4e+03   14

# Auto-Correlation - Data3 (speech)
23      0      1     0.00028   150E-6       4.4e+03   14

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     8.3e-05   150E-6       6.3e+03   14

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     9.8e-05   150E-6       6.3e+03   14

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00011   150E-6       6.3e+03   14

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.00066   150E-6       5.4e+03   14

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     5e-05     150E-6       5.4e+03   14

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.00044   150E-6       5.4e+03   14

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00011   150E-6       1.3e+05   14

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00011   150E-6       1.3e+05   14

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00011   150E-6       1.3e+05   14

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0005    150E-6       1.1e+04   14

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.00049   150E-6       1.1e+04   14

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.00049   150E-6       1.1e+04   14

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.00047   150E-6       1.1e+04   14

# Compress JPEG
37      0      1     0.041     150E-6       2.4e+05   14

# Decompress JPEG
38      0      1     0.033     150E-6       2.9e+05   14

# High Pass Grey-scale filter
39      0      1     0.0078    150E-6       7.6e+03   14

# RGB to CYMK Conversion
40      0      1     0.0061    150E-6       5.8e+03   14

# RGB to YIQ Conversion
41      0      1     0.012     150E-6       7.2e+03   14

# Dithering
42      0      1     0.0039    150E-6       3.6e+03   14

# Image Rotation
43      0      1     0.0012    150E-6       1.2e+04   14

# Text Processing
44      0      1     0.0016    150E-6       1.4e+04   14

# src-sink
45      0      1     1e-05     150E-6       80        14

}

# AMD K6-IIIE+ 550Mhz/ACR
@SERVER_PE 4 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  125.6 1        15.7          0                 0             1.6
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     1.1e-06   150E-6       6.9e+04   16

# Basic floating point
1       0      1     2.1e-06   150E-6       5.8e+04   16

# Bit Manipulation
2       0      1     6.6e-05   150E-6       2.9e+04   16

# Cache Buster
3       0      1     3.1e-07   150E-6       2e+04     16

# CAN Remote Data Request
4       0      1     2.3e-07   150E-6       1.4e+04   16

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.001     150E-6       7.1e+04   16

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     7e-06     150E-6       1.7e+04   16

# Infinite Impulse Response Filter
7       0      1     8.4e-06   150E-6       8.7e+04   16

# Inverse discrete cosine transfom
8       0      1     6.1e-05   150E-6       7.5e+04   16

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.00093   150E-6       6.9e+04   16

# Matrix arithmetic
10      0      1     0.00058   150E-6       9.3e+04   16

# Pointer Chasing
11      0      1     3.5e-05   150E-6       9.6e+03   16

# Pulse Width Modulation
12      0      1     4.4e-07   150E-6       1.4e+04   16

# Road Speed Calculation
13      0      1     3.3e-07   150E-6       6.9e+03   16

# Table Lookup and Interpolation
14      0      1     2.6e-06   150E-6       6e+04     16

# Tooth To Spark
15      0      1     6e-06     150E-6       4.1e+04   16

# OSPF/Dijkstra
16      0      1     9.8e-05   150E-6       3.4e+04   16

# Route Lookup/Patricia
17      0      1     0.00046   150E-6       6.1e+03   16

# Packet Flow - 512 kbytes
18      0      1     0.00011   150E-6       1.8e+04   16

# Packet Flow - 1 Mbyte
19      0      1     0.00022   150E-6       1.8e+04   16

# Packet Flow - 2 Mbytes
20      0      1     0.00044   150E-6       1.8e+04   16

# Autocorrelation - Data1 (pulse)
21      0      1     2e-06     150E-6       4.4e+03   16

# Autocorrelation - Data2 (sine)
22      0      1     0.00027   150E-6       4.4e+03   16

# Auto-Correlation - Data3 (speech)
23      0      1     0.00025   150E-6       4.4e+03   16

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     7.6e-05   150E-6       6.3e+03   16

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     8.9e-05   150E-6       6.3e+03   16

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     9.9e-05   150E-6       6.3e+03   16

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0006    150E-6       5.4e+03   16

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     4.5e-05   150E-6       5.4e+03   16

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0004    150E-6       5.4e+03   16

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0001    150E-6       1.3e+05   16

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.0001    150E-6       1.3e+05   16

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0001    150E-6       1.3e+05   16

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.00046   150E-6       1.1e+04   16

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.00045   150E-6       1.1e+04   16

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.00044   150E-6       1.1e+04   16

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.00043   150E-6       1.1e+04   16

# Compress JPEG
37      0      0     0         150E-6       0         16

# Decompress JPEG
38      0      0     0         150E-6       0         16

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         16

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         16

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         16

# Dithering
42      0      1     0.0035    150E-6       3.6e+03   16

# Image Rotation
43      0      1     0.0011    150E-6       1.2e+04   16

# Text Processing
44      0      1     0.0014    150E-6       1.4e+04   16

# src-sink
45      0      1     1e-05     150E-6       80        16

}

# Analog Devices 21065L - 60 MHz
@SERVER_PE 5 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  10    1        0.907         0                 0             0.091
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.91

# Basic floating point
1       0      0     0         150E-6       0         0.91

# Bit Manipulation
2       0      0     0         150E-6       0         0.91

# Cache Buster
3       0      0     0         150E-6       0         0.91

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.91

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.91

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.91

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.91

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.91

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.91

# Matrix arithmetic
10      0      0     0         150E-6       0         0.91

# Pointer Chasing
11      0      0     0         150E-6       0         0.91

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.91

# Road Speed Calculation
13      0      0     0         150E-6       0         0.91

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.91

# Tooth To Spark
15      0      0     0         150E-6       0         0.91

# OSPF/Dijkstra
16      0      0     0         150E-6       0         0.91

# Route Lookup/Patricia
17      0      0     0         150E-6       0         0.91

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         0.91

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         0.91

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         0.91

# Autocorrelation - Data1 (pulse)
21      0      1     7.7e-06   150E-6       2.3e+03   0.91

# Autocorrelation - Data2 (sine)
22      0      1     0.00082   150E-6       2.3e+03   0.91

# Auto-Correlation - Data3 (speech)
23      0      1     0.00081   150E-6       2.3e+03   0.91

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0012    150E-6       8.4e+02   0.91

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0014    150E-6       8.4e+02   0.91

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.0015    150E-6       8.4e+02   0.91

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0063    150E-6       2.8e+03   0.91

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00037   150E-6       2.8e+03   0.91

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0035    150E-6       2.8e+03   0.91

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.0007    150E-6       5.4e+03   0.91

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00071   150E-6       5.4e+03   0.91

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.0007    150E-6       5.4e+03   0.91

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0036    150E-6       3.6e+03   0.91

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.0036    150E-6       3.6e+03   0.91

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0036    150E-6       3.6e+03   0.91

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.0036    150E-6       3.6e+03   0.91

# Compress JPEG
37      0      0     0         150E-6       0         0.91

# Decompress JPEG
38      0      0     0         150E-6       0         0.91

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.91

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.91

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.91

# Dithering
42      0      0     0         150E-6       0         0.91

# Image Rotation
43      0      0     0         150E-6       0         0.91

# Text Processing
44      0      0     0         150E-6       0         0.91

# src-sink
45      0      1     1e-05     150E-6       80        0.91

}

# IBM PowerPC 405GP - 266 Mhz
@SERVER_PE 6 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  65    1        2             0                 0             0.2
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     9.2e-07   150E-6       3.9e+04   2

# Basic floating point
1       0      1     1.8e-06   150E-6       1.4e+05   2

# Bit Manipulation
2       0      1     9.2e-05   150E-6       5.5e+04   2

# Cache Buster
3       0      1     2.4e-07   150E-6       2.9e+04   2

# CAN Remote Data Request
4       0      1     1.8e-07   150E-6       6.6e+04   2

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.00081   150E-6       1.8e+05   2

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     4.1e-06   150E-6       5.3e+04   2

# Infinite Impulse Response Filter
7       0      1     8.5e-06   150E-6       7e+04     2

# Inverse discrete cosine transfom
8       0      1     5.7e-05   150E-6       1.3e+05   2

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.0007    150E-6       3.1e+05   2

# Matrix arithmetic
10      0      1     0.00031   150E-6       2.7e+05   2

# Pointer Chasing
11      0      1     3.7e-05   150E-6       5.8e+04   2

# Pulse Width Modulation
12      0      1     3.2e-07   150E-6       9.7e+04   2

# Road Speed Calculation
13      0      1     3.3e-07   150E-6       2.5e+04   2

# Table Lookup and Interpolation
14      0      1     2.9e-06   150E-6       1.2e+05   2

# Tooth To Spark
15      0      1     7.7e-06   150E-6       4.4e+05   2

# OSPF/Dijkstra
16      0      1     0.0018    150E-6       4.8e+04   2

# Route Lookup/Patricia
17      0      1     0.0045    150E-6       9.9e+03   2

# Packet Flow - 512 kbytes
18      0      1     0.0012    150E-6       1.8e+04   2

# Packet Flow - 1 Mbyte
19      0      1     0.0023    150E-6       1.8e+04   2

# Packet Flow - 2 Mbytes
20      0      1     0.0046    150E-6       1.8e+04   2

# Autocorrelation - Data1 (pulse)
21      0      1     1.5e-06   150E-6       4.4e+04   2

# Autocorrelation - Data2 (sine)
22      0      1     0.00023   150E-6       4.4e+04   2

# Auto-Correlation - Data3 (speech)
23      0      1     0.00022   150E-6       4.4e+04   2

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.00012   150E-6       4.7e+04   2

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0001    150E-6       4.7e+04   2

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     8e-05     150E-6       4.7e+04   2

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.00049   150E-6       4.6e+04   2

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     3e-05     150E-6       4.6e+04   2

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.00029   150E-6       4.6e+04   2

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     6.7e-05   150E-6       1.2e+05   2

# Fixed point Complex FFT - Data2 (spn)
31      0      1     6.6e-05   150E-6       1.2e+05   2

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     6.7e-05   150E-6       1.2e+05   2

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.00031   150E-6       5.3e+04   2

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.00031   150E-6       5.3e+04   2

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.00032   150E-6       5.3e+04   2

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.00031   150E-6       5.3e+04   2

# Compress JPEG
37      0      1     0.016     150E-6       3.9e+05   2

# Decompress JPEG
38      0      1     0.013     150E-6       3.8e+05   2

# High Pass Grey-scale filter
39      0      1     0.0015    150E-6       9.5e+03   2

# RGB to CYMK Conversion
40      0      1     0.0015    150E-6       3.9e+03   2

# RGB to YIQ Conversion
41      0      1     0.0016    150E-6       3.9e+03   2

# Dithering
42      0      1     0.0035    150E-6       3.3e+03   2

# Image Rotation
43      0      1     0.0007    150E-6       1.6e+04   2

# Text Processing
44      0      1     0.0016    150E-6       1.5e+05   2

# src-sink
45      0      1     1e-05     150E-6       80        2

}

# IBM PowerPC 750CX - 500 MHz
@SERVER_PE 7 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  210   1        6             0                 0             0.6
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     1e-05     150E-6       2.3e+04   6

# Basic floating point
1       0      1     0.00013   150E-6       1.6e+04   6

# Bit Manipulation
2       0      1     0.00056   150E-6       3.4e+04   6

# Cache Buster
3       0      1     2.7e-06   150E-6       1.7e+04   6

# CAN Remote Data Request
4       0      1     1.7e-06   150E-6       1.1e+04   6

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.0084    150E-6       3.1e+04   6

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     4.8e-05   150E-6       1.4e+04   6

# Infinite Impulse Response Filter
7       0      1     5e-05     150E-6       3.7e+04   6

# Inverse discrete cosine transfom
8       0      1     0.00076   150E-6       5.1e+04   6

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.0075    150E-6       2.9e+04   6

# Matrix arithmetic
10      0      1     0.022     150E-6       4.4e+04   6

# Pointer Chasing
11      0      1     0.0004    150E-6       9e+03     6

# Pulse Width Modulation
12      0      1     3.5e-06   150E-6       1.3e+04   6

# Road Speed Calculation
13      0      1     2.7e-06   150E-6       7.6e+03   6

# Table Lookup and Interpolation
14      0      1     4.8e-05   150E-6       2e+04     6

# Tooth To Spark
15      0      1     5.3e-05   150E-6       3.5e+04   6

# OSPF/Dijkstra
16      0      0     0         150E-6       0         6

# Route Lookup/Patricia
17      0      0     0         150E-6       0         6

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         6

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         6

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         6

# Autocorrelation - Data1 (pulse)
21      0      1     1.2e-05   150E-6       4.7e+03   6

# Autocorrelation - Data2 (sine)
22      0      1     0.0018    150E-6       4.7e+03   6

# Auto-Correlation - Data3 (speech)
23      0      1     0.0017    150E-6       4.7e+03   6

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0012    150E-6       8.1e+03   6

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0011    150E-6       8.1e+03   6

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00083   150E-6       8.1e+03   6

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.004     150E-6       7.2e+03   6

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00029   150E-6       7.2e+03   6

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0027    150E-6       7.2e+03   6

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00088   150E-6       1.1e+05   6

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00088   150E-6       1.1e+05   6

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00088   150E-6       1.1e+05   6

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0049    150E-6       1.4e+04   6

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.0049    150E-6       1.4e+04   6

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0049    150E-6       1.4e+04   6

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.0049    150E-6       1.4e+04   6

# Compress JPEG
37      0      0     0         150E-6       0         6

# Decompress JPEG
38      0      0     0         150E-6       0         6

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         6

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         6

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         6

# Dithering
42      0      1     0.084     150E-6       5.7e+03   6

# Image Rotation
43      0      1     0.0042    150E-6       6.2e+03   6

# Text Processing
44      0      1     0.4       150E-6       2.2e+04   6

# src-sink
45      0      1     1e-05     150E-6       80        6

}

# IDT32334-100 MHz
@SERVER_PE 8 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  16    1        1.2           0                 0             0.12
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         1.2

# Basic floating point
1       0      0     0         150E-6       0         1.2

# Bit Manipulation
2       0      0     0         150E-6       0         1.2

# Cache Buster
3       0      0     0         150E-6       0         1.2

# CAN Remote Data Request
4       0      0     0         150E-6       0         1.2

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         1.2

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         1.2

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         1.2

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         1.2

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         1.2

# Matrix arithmetic
10      0      0     0         150E-6       0         1.2

# Pointer Chasing
11      0      0     0         150E-6       0         1.2

# Pulse Width Modulation
12      0      0     0         150E-6       0         1.2

# Road Speed Calculation
13      0      0     0         150E-6       0         1.2

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         1.2

# Tooth To Spark
15      0      0     0         150E-6       0         1.2

# OSPF/Dijkstra
16      0      1     0.0016    150E-6       4.4e+04   1.2

# Route Lookup/Patricia
17      0      1     0.0044    150E-6       1.1e+04   1.2

# Packet Flow - 512 kbytes
18      0      1     0.0013    150E-6       1.5e+04   1.2

# Packet Flow - 1 Mbyte
19      0      1     0.0024    150E-6       1.5e+04   1.2

# Packet Flow - 2 Mbytes
20      0      1     0.0048    150E-6       1.5e+04   1.2

# Autocorrelation - Data1 (pulse)
21      0      1     1.5e-05   150E-6       1.1e+04   1.2

# Autocorrelation - Data2 (sine)
22      0      1     0.0023    150E-6       1.1e+04   1.2

# Auto-Correlation - Data3 (speech)
23      0      1     0.0022    150E-6       1.1e+04   1.2

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0015    150E-6       1.6e+04   1.2

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.0013    150E-6       1.6e+04   1.2

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.001     150E-6       1.6e+04   1.2

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         1.2

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         1.2

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         1.2

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00082   150E-6       7.2e+04   1.2

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00082   150E-6       7.2e+04   1.2

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00082   150E-6       7.2e+04   1.2

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0027    150E-6       2.1e+04   1.2

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.0027    150E-6       2.1e+04   1.2

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0027    150E-6       2.1e+04   1.2

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.0027    150E-6       2.1e+04   1.2

# Compress JPEG
37      0      0     0         150E-6       0         1.2

# Decompress JPEG
38      0      0     0         150E-6       0         1.2

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         1.2

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         1.2

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         1.2

# Dithering
42      0      0     0         150E-6       0         1.2

# Image Rotation
43      0      0     0         150E-6       0         1.2

# Text Processing
44      0      0     0         150E-6       0         1.2

# src-sink
45      0      1     1e-05     150E-6       80        1.2

}

# IDT79RC32364-100
@SERVER_PE 9 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  12.50 1        0.58          0                 0             0.058
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.58

# Basic floating point
1       0      0     0         150E-6       0         0.58

# Bit Manipulation
2       0      0     0         150E-6       0         0.58

# Cache Buster
3       0      0     0         150E-6       0         0.58

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.58

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.58

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.58

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.58

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.58

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.58

# Matrix arithmetic
10      0      0     0         150E-6       0         0.58

# Pointer Chasing
11      0      0     0         150E-6       0         0.58

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.58

# Road Speed Calculation
13      0      0     0         150E-6       0         0.58

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.58

# Tooth To Spark
15      0      0     0         150E-6       0         0.58

# OSPF/Dijkstra
16      0      1     0.0013    150E-6       4.9e+04   0.58

# Route Lookup/Patricia
17      0      1     0.0036    150E-6       9.9e+03   0.58

# Packet Flow - 512 kbytes
18      0      1     0.00065   150E-6       1.8e+04   0.58

# Packet Flow - 1 Mbyte
19      0      1     0.0012    150E-6       1.8e+04   0.58

# Packet Flow - 2 Mbytes
20      0      1     0.0025    150E-6       1.8e+04   0.58

# Autocorrelation - Data1 (pulse)
21      0      1     8.3e-06   150E-6       4.7e+03   0.58

# Autocorrelation - Data2 (sine)
22      0      1     0.0012    150E-6       4.7e+03   0.58

# Auto-Correlation - Data3 (speech)
23      0      1     0.0011    150E-6       4.7e+03   0.58

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.00073   150E-6       8.1e+03   0.58

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00064   150E-6       8.1e+03   0.58

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00051   150E-6       8.1e+03   0.58

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0038    150E-6       7.2e+03   0.58

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00019   150E-6       7.2e+03   0.58

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0018    150E-6       7.2e+03   0.58

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00046   150E-6       1.1e+05   0.58

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00046   150E-6       1.1e+05   0.58

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00046   150E-6       1.1e+05   0.58

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.002     150E-6       1.4e+04   0.58

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.002     150E-6       1.4e+04   0.58

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.002     150E-6       1.4e+04   0.58

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.002     150E-6       1.4e+04   0.58

# Compress JPEG
37      0      0     0         150E-6       0         0.58

# Decompress JPEG
38      0      0     0         150E-6       0         0.58

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.58

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.58

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.58

# Dithering
42      0      0     0         150E-6       0         0.58

# Image Rotation
43      0      0     0         150E-6       0         0.58

# Text Processing
44      0      0     0         150E-6       0         0.58

# src-sink
45      0      1     1e-05     150E-6       80        0.58

}

# IDT79RC32V334-150
@SERVER_PE 10 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  24    1        1.7           0                 0             0.17
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         1.7

# Basic floating point
1       0      0     0         150E-6       0         1.7

# Bit Manipulation
2       0      0     0         150E-6       0         1.7

# Cache Buster
3       0      0     0         150E-6       0         1.7

# CAN Remote Data Request
4       0      0     0         150E-6       0         1.7

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         1.7

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         1.7

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         1.7

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         1.7

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         1.7

# Matrix arithmetic
10      0      0     0         150E-6       0         1.7

# Pointer Chasing
11      0      0     0         150E-6       0         1.7

# Pulse Width Modulation
12      0      0     0         150E-6       0         1.7

# Road Speed Calculation
13      0      0     0         150E-6       0         1.7

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         1.7

# Tooth To Spark
15      0      0     0         150E-6       0         1.7

# OSPF/Dijkstra
16      0      1     0.00036   150E-6       4.7e+04   1.7

# Route Lookup/Patricia
17      0      1     0.001     150E-6       1.4e+04   1.7

# Packet Flow - 512 kbytes
18      0      1     0.00033   150E-6       1.8e+04   1.7

# Packet Flow - 1 Mbyte
19      0      1     0.00061   150E-6       1.8e+04   1.7

# Packet Flow - 2 Mbytes
20      0      1     0.0012    150E-6       1.8e+04   1.7

# Autocorrelation - Data1 (pulse)
21      0      1     6.5e-06   150E-6       4.3e+02   1.7

# Autocorrelation - Data2 (sine)
22      0      1     0.00098   150E-6       4.3e+02   1.7

# Auto-Correlation - Data3 (speech)
23      0      1     0.00093   150E-6       4.3e+02   1.7

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.00058   150E-6       4.3e+02   1.7

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00051   150E-6       4.3e+02   1.7

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.0004    150E-6       4.3e+02   1.7

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         1.7

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         1.7

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         1.7

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00029   150E-6       4.7e+02   1.7

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00029   150E-6       4.7e+02   1.7

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00029   150E-6       4.7e+02   1.7

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.001     150E-6       4.4e+02   1.7

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.001     150E-6       4.4e+02   1.7

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.001     150E-6       4.4e+02   1.7

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.001     150E-6       4.4e+02   1.7

# Compress JPEG
37      0      0     0         150E-6       0         1.7

# Decompress JPEG
38      0      0     0         150E-6       0         1.7

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         1.7

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         1.7

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         1.7

# Dithering
42      0      0     0         150E-6       0         1.7

# Image Rotation
43      0      0     0         150E-6       0         1.7

# Text Processing
44      0      0     0         150E-6       0         1.7

# src-sink
45      0      1     1e-05     150E-6       80        1.7

}

# IDT79RC64575-250MHz
@SERVER_PE 11 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  52.10 1        0.77          0                 0             0.077
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.77

# Basic floating point
1       0      0     0         150E-6       0         0.77

# Bit Manipulation
2       0      0     0         150E-6       0         0.77

# Cache Buster
3       0      0     0         150E-6       0         0.77

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.77

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.77

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.77

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.77

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.77

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.77

# Matrix arithmetic
10      0      0     0         150E-6       0         0.77

# Pointer Chasing
11      0      0     0         150E-6       0         0.77

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.77

# Road Speed Calculation
13      0      0     0         150E-6       0         0.77

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.77

# Tooth To Spark
15      0      0     0         150E-6       0         0.77

# OSPF/Dijkstra
16      0      1     6.8e-05   150E-6       4.2e+04   0.77

# Route Lookup/Patricia
17      0      1     0.00023   150E-6       1.3e+04   0.77

# Packet Flow - 512 kbytes
18      0      1     3.2e-05   150E-6       1.6e+04   0.77

# Packet Flow - 1 Mbyte
19      0      1     6.1e-05   150E-6       1.6e+04   0.77

# Packet Flow - 2 Mbytes
20      0      1     0.00014   150E-6       1.6e+04   0.77

# Autocorrelation - Data1 (pulse)
21      0      1     2.7e-06   150E-6       2.4e+03   0.77

# Autocorrelation - Data2 (sine)
22      0      1     0.00029   150E-6       2.4e+03   0.77

# Auto-Correlation - Data3 (speech)
23      0      1     0.00028   150E-6       2.4e+03   0.77

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.00036   150E-6       3.8e+03   0.77

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00032   150E-6       3.8e+03   0.77

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00028   150E-6       3.8e+03   0.77

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0014    150E-6       3.8e+03   0.77

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     1.2e-05   150E-6       3.8e+03   0.77

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.00039   150E-6       3.8e+03   0.77

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00017   150E-6       5.2e+03   0.77

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00017   150E-6       5.2e+03   0.77

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00017   150E-6       5.2e+03   0.77

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.0012    150E-6       5.1e+03   0.77

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.0012    150E-6       5.1e+03   0.77

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.0012    150E-6       5.1e+03   0.77

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.0012    150E-6       5.1e+03   0.77

# Compress JPEG
37      0      0     0         150E-6       0         0.77

# Decompress JPEG
38      0      0     0         150E-6       0         0.77

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.77

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.77

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.77

# Dithering
42      0      0     0         150E-6       0         0.77

# Image Rotation
43      0      0     0         150E-6       0         0.77

# Text Processing
44      0      0     0         150E-6       0         0.77

# src-sink
45      0      1     1e-05     150E-6       80        0.77

}

# Imsys Cjip 40 Mhz
@SERVER_PE 12 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  19    1        0.165         0                 0             0.017
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.17

# Basic floating point
1       0      0     0         150E-6       0         0.17

# Bit Manipulation
2       0      0     0         150E-6       0         0.17

# Cache Buster
3       0      0     0         150E-6       0         0.17

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.17

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.17

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.17

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.17

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.17

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.17

# Matrix arithmetic
10      0      0     0         150E-6       0         0.17

# Pointer Chasing
11      0      0     0         150E-6       0         0.17

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.17

# Road Speed Calculation
13      0      0     0         150E-6       0         0.17

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.17

# Tooth To Spark
15      0      0     0         150E-6       0         0.17

# OSPF/Dijkstra
16      0      0     0         150E-6       0         0.17

# Route Lookup/Patricia
17      0      0     0         150E-6       0         0.17

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         0.17

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         0.17

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         0.17

# Autocorrelation - Data1 (pulse)
21      0      0     0         150E-6       0         0.17

# Autocorrelation - Data2 (sine)
22      0      0     0         150E-6       0         0.17

# Auto-Correlation - Data3 (speech)
23      0      0     0         150E-6       0         0.17

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      0     0         150E-6       0         0.17

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      0     0         150E-6       0         0.17

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      0     0         150E-6       0         0.17

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         0.17

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         0.17

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         0.17

# Fixed Point Complex FFT - Data1 (pulse)
30      0      0     0         150E-6       0         0.17

# Fixed point Complex FFT - Data2 (spn)
31      0      0     0         150E-6       0         0.17

# Fixed Point Complex FFT - Data3 (sine)
32      0      0     0         150E-6       0         0.17

# Viterbi GSM Decoder - Data1 (get)
33      0      0     0         150E-6       0         0.17

# Viterbi GSM Decoder - Data2 (toggle)
34      0      0     0         150E-6       0         0.17

# Viterbi GSM Decoder - Data3 (ones)
35      0      0     0         150E-6       0         0.17

# Viterbi GSM Decoder - Data4 (zeros)
36      0      0     0         150E-6       0         0.17

# Compress JPEG
37      0      0     0         150E-6       0         0.17

# Decompress JPEG
38      0      0     0         150E-6       0         0.17

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         0.17

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         0.17

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         0.17

# Dithering
42      0      1     0.59      150E-6       1.7e+03   0.17

# Image Rotation
43      0      1     0.045     150E-6       7.1e+03   0.17

# Text Processing
44      0      1     0.29      150E-6       1.9e+04   0.17

# src-sink
45      0      1     1e-05     150E-6       80        0.17

}

# Motorola MPC555 - 40MHz
@SERVER_PE 13 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  45    1        1             0                 0             0.1
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     5.3e-07   150E-6       4.2e+04   1

# Basic floating point
1       0      1     8.9e-07   150E-6       1.4e+05   1

# Bit Manipulation
2       0      1     3.8e-05   150E-6       5.4e+04   1

# Cache Buster
3       0      1     1.5e-07   150E-6       4e+04     1

# CAN Remote Data Request
4       0      1     1.2e-07   150E-6       6.4e+04   1

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.00033   150E-6       1.9e+05   1

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     1.7e-06   150E-6       5.3e+04   1

# Infinite Impulse Response Filter
7       0      1     1.5e-06   150E-6       7e+04     1

# Inverse discrete cosine transfom
8       0      1     2.6e-05   150E-6       1.3e+05   1

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.00032   150E-6       3.1e+05   1

# Matrix arithmetic
10      0      1     0.00016   150E-6       2.8e+05   1

# Pointer Chasing
11      0      1     1.6e-05   150E-6       6.1e+04   1

# Pulse Width Modulation
12      0      1     2.1e-07   150E-6       9.6e+04   1

# Road Speed Calculation
13      0      1     1.4e-07   150E-6       2.6e+04   1

# Table Lookup and Interpolation
14      0      1     1.9e-06   150E-6       1.2e+05   1

# Tooth To Spark
15      0      1     3.4e-06   150E-6       4.3e+05   1

# OSPF/Dijkstra
16      0      0     0         150E-6       0         1

# Route Lookup/Patricia
17      0      0     0         150E-6       0         1

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         1

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         1

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         1

# Autocorrelation - Data1 (pulse)
21      0      0     0         150E-6       0         1

# Autocorrelation - Data2 (sine)
22      0      0     0         150E-6       0         1

# Auto-Correlation - Data3 (speech)
23      0      0     0         150E-6       0         1

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      0     0         150E-6       0         1

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      0     0         150E-6       0         1

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      0     0         150E-6       0         1

# Fixed-point Bit Allocation - Data2 (typ)
27      0      0     0         150E-6       0         1

# Fixed-point Bit Allocation - Data3 (step)
28      0      0     0         150E-6       0         1

# Fixed Point Bit Allocation - Data6 (pent)
29      0      0     0         150E-6       0         1

# Fixed Point Complex FFT - Data1 (pulse)
30      0      0     0         150E-6       0         1

# Fixed point Complex FFT - Data2 (spn)
31      0      0     0         150E-6       0         1

# Fixed Point Complex FFT - Data3 (sine)
32      0      0     0         150E-6       0         1

# Viterbi GSM Decoder - Data1 (get)
33      0      0     0         150E-6       0         1

# Viterbi GSM Decoder - Data2 (toggle)
34      0      0     0         150E-6       0         1

# Viterbi GSM Decoder - Data3 (ones)
35      0      0     0         150E-6       0         1

# Viterbi GSM Decoder - Data4 (zeros)
36      0      0     0         150E-6       0         1

# Compress JPEG
37      0      0     0         150E-6       0         1

# Decompress JPEG
38      0      0     0         150E-6       0         1

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         1

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         1

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         1

# Dithering
42      0      0     0         150E-6       0         1

# Image Rotation
43      0      0     0         150E-6       0         1

# Text Processing
44      0      0     0         150E-6       0         1

# src-sink
45      0      1     1e-05     150E-6       80        1

}

# NEC  VR5432 - 167 MHz
@SERVER_PE 14 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  30    1        2.5           0                 0             0.25
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      1     2.8e-05   150E-6       1.8e+04   2.5

# Basic floating point
1       0      1     0.00016   150E-6       1.5e+04   2.5

# Bit Manipulation
2       0      1     0.001     150E-6       6.7e+04   2.5

# Cache Buster
3       0      1     3.8e-06   150E-6       2.1e+04   2.5

# CAN Remote Data Request
4       0      1     2.5e-06   150E-6       1.4e+04   2.5

# Fast Fourier Transform (Auto/Indust. Version)
5       0      1     0.018     150E-6       4e+04     2.5

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      1     3.8e-05   150E-6       1.3e+04   2.5

# Infinite Impulse Response Filter
7       0      1     8.3e-05   150E-6       2.6e+04   2.5

# Inverse discrete cosine transfom
8       0      1     0.00084   150E-6       6.9e+04   2.5

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      1     0.016     150E-6       3.8e+04   2.5

# Matrix arithmetic
10      0      1     0.036     150E-6       5.5e+04   2.5

# Pointer Chasing
11      0      1     0.00049   150E-6       1.1e+04   2.5

# Pulse Width Modulation
12      0      1     3.9e-06   150E-6       1.3e+04   2.5

# Road Speed Calculation
13      0      1     3.1e-06   150E-6       6.6e+03   2.5

# Table Lookup and Interpolation
14      0      1     0.00013   150E-6       3.9e+04   2.5

# Tooth To Spark
15      0      1     8.4e-05   150E-6       3.6e+04   2.5

# OSPF/Dijkstra
16      0      1     0.0014    150E-6       8.6e+03   2.5

# Route Lookup/Patricia
17      0      1     0.004     150E-6       1.1e+04   2.5

# Packet Flow - 512 kbytes
18      0      1     0.0011    150E-6       1.3e+04   2.5

# Packet Flow - 1 Mbyte
19      0      1     0.0019    150E-6       1.3e+04   2.5

# Packet Flow - 2 Mbytes
20      0      1     0.0042    150E-6       1.3e+04   2.5

# Autocorrelation - Data1 (pulse)
21      0      1     1.1e-05   150E-6       6.3e+03   2.5

# Autocorrelation - Data2 (sine)
22      0      1     0.0013    150E-6       6.3e+03   2.5

# Auto-Correlation - Data3 (speech)
23      0      1     0.0013    150E-6       6.3e+03   2.5

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.0011    150E-6       9.7e+03   2.5

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00095   150E-6       9.7e+03   2.5

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00088   150E-6       9.7e+03   2.5

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0043    150E-6       8.6e+03   2.5

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     0.00026   150E-6       8.6e+03   2.5

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.0027    150E-6       8.6e+03   2.5

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00058   150E-6       5.1e+04   2.5

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00058   150E-6       5.1e+04   2.5

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00058   150E-6       5.1e+04   2.5

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.003     150E-6       2.1e+04   2.5

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.003     150E-6       2.1e+04   2.5

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.003     150E-6       2.1e+04   2.5

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.003     150E-6       2.1e+04   2.5

# Compress JPEG
37      0      1     0.41      150E-6       2.9e+05   2.5

# Decompress JPEG
38      0      1     0.24      150E-6       3.4e+05   2.5

# High Pass Grey-scale filter
39      0      1     0.052     150E-6       1.3e+04   2.5

# RGB to CYMK Conversion
40      0      1     0.023     150E-6       1e+04     2.5

# RGB to YIQ Conversion
41      0      1     0.04      150E-6       9.1e+03   2.5

# Dithering
42      0      1     0.031     150E-6       4.7e+03   2.5

# Image Rotation
43      0      1     0.0083    150E-6       1.6e+04   2.5

# Text Processing
44      0      1     0.017     150E-6       2.5e+04   2.5

# src-sink
45      0      1     1e-05     150E-6       80        2.5

}

# ST20C2 50 Mhz
@SERVER_PE 15 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  15    1        75E-3         0                 0             0.0075
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         0.075

# Basic floating point
1       0      0     0         150E-6       0         0.075

# Bit Manipulation
2       0      0     0         150E-6       0         0.075

# Cache Buster
3       0      0     0         150E-6       0         0.075

# CAN Remote Data Request
4       0      0     0         150E-6       0         0.075

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         0.075

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         0.075

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         0.075

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         0.075

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         0.075

# Matrix arithmetic
10      0      0     0         150E-6       0         0.075

# Pointer Chasing
11      0      0     0         150E-6       0         0.075

# Pulse Width Modulation
12      0      0     0         150E-6       0         0.075

# Road Speed Calculation
13      0      0     0         150E-6       0         0.075

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         0.075

# Tooth To Spark
15      0      0     0         150E-6       0         0.075

# OSPF/Dijkstra
16      0      1     0.0013    150E-6       3.3e+04   0.075

# Route Lookup/Patricia
17      0      1     0.0026    150E-6       1.5e+04   0.075

# Packet Flow - 512 kbytes
18      0      1     0.00082   150E-6       1.6e+04   0.075

# Packet Flow - 1 Mbyte
19      0      1     0.0016    150E-6       1.6e+04   0.075

# Packet Flow - 2 Mbytes
20      0      1     0.0031    150E-6       1.6e+04   0.075

# Autocorrelation - Data1 (pulse)
21      0      1     1.1e-06   150E-6       7.9e+03   0.075

# Autocorrelation - Data2 (sine)
22      0      1     6.9e-05   150E-6       7.9e+03   0.075

# Auto-Correlation - Data3 (speech)
23      0      1     6.7e-05   150E-6       7.9e+03   0.075

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     0.00017   150E-6       9e+03     0.075

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     0.00016   150E-6       9e+03     0.075

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     0.00015   150E-6       9e+03     0.075

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.0015    150E-6       1.8e+04   0.075

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     9.9e-05   150E-6       1.9e+04   0.075

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.001     150E-6       1.8e+04   0.075

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     0.00012   150E-6       2.4e+04   0.075

# Fixed point Complex FFT - Data2 (spn)
31      0      1     0.00012   150E-6       2.4e+04   0.075

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     0.00012   150E-6       2.4e+04   0.075

# Viterbi GSM Decoder - Data1 (get)
33      0      1     0.00082   150E-6       1.5e+04   0.075

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     0.00082   150E-6       1.5e+04   0.075

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     0.00082   150E-6       1.5e+04   0.075

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     0.00082   150E-6       1.5e+04   0.075

# Compress JPEG
37      0      1     0.087     150E-6       9.2e+05   0.075

# Decompress JPEG
38      0      1     0.07      150E-6       9.4e+05   0.075

# High Pass Grey-scale filter
39      0      1     0.0086    150E-6       3.7e+04   0.075

# RGB to CYMK Conversion
40      0      1     0.008     150E-6       2e+04     0.075

# RGB to YIQ Conversion
41      0      1     0.0068    150E-6       3.5e+04   0.075

# Dithering
42      0      1     2.4       150E-6       4.9e+03   0.075

# Image Rotation
43      0      1     0.27      150E-6       6e+03     0.075

# Text Processing
44      0      1     1.1       150E-6       1.7e+04   0.075

# src-sink
45      0      1     1e-05     150E-6       80        0.075

}

# TI TMS320C6203-300MHz
@SERVER_PE 16 {
# price buffered preempt_power commun_energy_bit io_energy_bit idle_power
  111.2 1        1.55          0                 0             0.15
#------------------------------------------------------------------------------
# type version valid task_time preempt_time code_bits task_power
# Angle to Time Conversion
0       0      0     0         150E-6       0         1.6

# Basic floating point
1       0      0     0         150E-6       0         1.6

# Bit Manipulation
2       0      0     0         150E-6       0         1.6

# Cache Buster
3       0      0     0         150E-6       0         1.6

# CAN Remote Data Request
4       0      0     0         150E-6       0         1.6

# Fast Fourier Transform (Auto/Indust. Version)
5       0      0     0         150E-6       0         1.6

# Finite Impulse Response Filter (Auto/Indust. Vers)
6       0      0     0         150E-6       0         1.6

# Infinite Impulse Response Filter
7       0      0     0         150E-6       0         1.6

# Inverse discrete cosine transfom
8       0      0     0         150E-6       0         1.6

# Inverse Fast Fourier Transform (Auto/Indust. Vers)
9       0      0     0         150E-6       0         1.6

# Matrix arithmetic
10      0      0     0         150E-6       0         1.6

# Pointer Chasing
11      0      0     0         150E-6       0         1.6

# Pulse Width Modulation
12      0      0     0         150E-6       0         1.6

# Road Speed Calculation
13      0      0     0         150E-6       0         1.6

# Table Lookup and Interpolation
14      0      0     0         150E-6       0         1.6

# Tooth To Spark
15      0      0     0         150E-6       0         1.6

# OSPF/Dijkstra
16      0      0     0         150E-6       0         1.6

# Route Lookup/Patricia
17      0      0     0         150E-6       0         1.6

# Packet Flow - 512 kbytes
18      0      0     0         150E-6       0         1.6

# Packet Flow - 1 Mbyte
19      0      0     0         150E-6       0         1.6

# Packet Flow - 2 Mbytes
20      0      0     0         150E-6       0         1.6

# Autocorrelation - Data1 (pulse)
21      0      1     7.6e-07   150E-6       1.2e+04   1.6

# Autocorrelation - Data2 (sine)
22      0      1     3.5e-05   150E-6       1.2e+04   1.6

# Auto-Correlation - Data3 (speech)
23      0      1     3.4e-05   150E-6       1.2e+04   1.6

# Convolutional Encoder - Data1 (xk5r2dt)
24      0      1     3.8e-06   150E-6       2e+04     1.6

# Convolutional Encoder - Data2 (xk4r2dt)
25      0      1     3.6e-06   150E-6       2e+04     1.6

# Convolutional Encoder - Data3 (xk3r2dt)
26      0      1     3.4e-06   150E-6       2e+04     1.6

# Fixed-point Bit Allocation - Data2 (typ)
27      0      1     0.00018   150E-6       1.3e+04   1.6

# Fixed-point Bit Allocation - Data3 (step)
28      0      1     2.3e-05   150E-6       1.3e+04   1.6

# Fixed Point Bit Allocation - Data6 (pent)
29      0      1     0.00011   150E-6       1.3e+04   1.6

# Fixed Point Complex FFT - Data1 (pulse)
30      0      1     9e-06     150E-6       2.3e+04   1.6

# Fixed point Complex FFT - Data2 (spn)
31      0      1     9e-06     150E-6       2.3e+04   1.6

# Fixed Point Complex FFT - Data3 (sine)
32      0      1     9e-06     150E-6       2.3e+04   1.6

# Viterbi GSM Decoder - Data1 (get)
33      0      1     6.3e-05   150E-6       2.2e+04   1.6

# Viterbi GSM Decoder - Data2 (toggle)
34      0      1     6.3e-05   150E-6       2.2e+04   1.6

# Viterbi GSM Decoder - Data3 (ones)
35      0      1     6.3e-05   150E-6       2.2e+04   1.6

# Viterbi GSM Decoder - Data4 (zeros)
36      0      1     6.3e-05   150E-6       2.2e+04   1.6

# Compress JPEG
37      0      0     0         150E-6       0         1.6

# Decompress JPEG
38      0      0     0         150E-6       0         1.6

# High Pass Grey-scale filter
39      0      0     0         150E-6       0         1.6

# RGB to CYMK Conversion
40      0      0     0         150E-6       0         1.6

# RGB to YIQ Conversion
41      0      0     0         150E-6       0         1.6

# Dithering
42      0      0     0         150E-6       0         1.6

# Image Rotation
43      0      0     0         150E-6       0         1.6

# Text Processing
44      0      0     0         150E-6       0         1.6

# src-sink
45      0      1     1e-05     150E-6       80        1.6

}


@CLIENT_LINK 0 {
# use_price contact_price  packet_size  bit_time    power    contacts
# VME (Tundra SCV64 + transceiver)
  0         180            1            2.27E-9     10.35    4
}

@CLIENT_LINK 1 {
# use_price contact_price  packet_size  bit_time    power    contacts
# USB 2.0 (Cypress CY7C68013-100AC)
  0         14.19          1            2.08E-3     0.66     4
}

@CLIENT_LINK 2 {
# use_price contact_price  packet_size  bit_time    power    contacts
# USB (Cypress SL811HS)
  0         6.38           1            83.3E-3     69.3E-3  4
}

@CLIENT_LINK 3 {
# use_price contact_price  packet_size  bit_time    power    contacts
# PCI-32-33 (TI PCI2040, IBM 8266[034])
  0         10.56          1            947E-12     1.5      4
}

@CLIENT_LINK 4 {
# use_price contact_price  packet_size  bit_time    power    contacts
# CAN (Philips SJA1000N)
  0         6.05           1            1E-6        75E-3    4
}

@CLIENT_LINK 5 {
# use_price contact_price  packet_size  bit_time    power    contacts
# Firewire, IEEE1394 (TI TSB12LV01B and TSB14AA1)
  0         14.81          1            2.5E-9      3.51     4
}


@SERVER_LINK 0 {
# use_price contact_price  packet_size  bit_time    power    contacts
# VME (Tundra SCV64 + transceiver)
  0         180            1            2.27E-9     10.35    4
}

@SERVER_LINK 1 {
# use_price contact_price  packet_size  bit_time    power    contacts
# USB 2.0 (Cypress CY7C68013-100AC)
  0         14.19          1            2.08E-3     0.66     4
}

@SERVER_LINK 2 {
# use_price contact_price  packet_size  bit_time    power    contacts
# USB (Cypress SL811HS)
  0         6.38           1            83.3E-3     69.3E-3  4
}

@SERVER_LINK 3 {
# use_price contact_price  packet_size  bit_time    power    contacts
# PCI-32-33 (TI PCI2040, IBM 8266[034])
  0         10.56          1            947E-12     1.5      4
}

@SERVER_LINK 4 {
# use_price contact_price  packet_size  bit_time    power    contacts
# CAN (Philips SJA1000N)
  0         6.05           1            1E-6        75E-3    4
}

@SERVER_LINK 5 {
# use_price contact_price  packet_size  bit_time    power    contacts
# Firewire, IEEE1394 (TI TSB12LV01B and TSB14AA1)
  0         14.81          1            2.5E-9      3.51     4
}


@PRIM_LINK 0 {
# c_use_prc c_cont_prc s_use_prc s_cont_prc packet_size bit_time power
# IEEE 802.11
# (Lucent Wavelan card on sale at Cnet, Orinico RG-1100 base station)
  50        0         150        0          1           90.9E-9  1.75
}

@PRIM_LINK 1 {
# c_use_prc c_cont_prc s_use_prc s_cont_prc packet_size bit_time power
# Bluetooth (An Introduction to Bluetooth by David Blankenbeckler and
# Mobile Data Initiative web site Bluetooth overview)
  25        0         100        0          1           1.37E-6  30E-3
}

@PRIM_LINK 2 {
# c_use_prc c_cont_prc s_use_prc s_cont_prc packet_size bit_time power
# GSM / TDMA spectrum, partial implementation (Really rough estimates
# based on tutorials, prices of similar parts.  The problem is that
# most of the devices which support GSM also have numerous other
# functions: it isn't possible to isolate the wireless communication
# resource price and power consumption.  In addition, large-cell
# antennas cost $1,200.  We're more interested in u-cells.)
  50        0         600        0          1           104E-6  5
}

@CLIENT_MEMORY 4194304 1
@SERVER_MEMORY 8388608 1

@CLIENT_CNT 5
@SERVER_CNT 1