Taking an audio signal (wav) and converting it into a spectrogram. Written in Go programming language.
-
Updated
May 16, 2021 - Go
#
hamming-window
Here are 6 public repositories matching this topic...
Blackman-Harris Window functions (3-, 5-, 7-term etc.) from 1K to 64M points based only on LUTs and DSP48s FPGA resources. Main core - CORDIC like as DDS (sine / cosine generator)
fpga
dsp
matlab
vhdl
octave
impulse-response
verilog
dds
digital-signal-processing
spectral-analysis
cosine
sine
taylor-series
cordic
window-function
kaiser-window
cordic-algorithm
taylor-method
hann-window
hamming-window
-
Updated
Aug 14, 2020 - VHDL
Digital Filter Design Samples
fast-fourier-transform
butterworth-filter
fir-filter
lowpass-filter
kaiser-window
hamming-window
bilinear-transformation
-
Updated
Apr 8, 2022 - MATLAB
MATLAB code for audio signal processing, emphasizing Real Cepstrum and MFCC feature extraction. Reads a wave file, applies Hamming and Rectangular windows, then computes Real Cepstrum. Utilizes MATLAB's built-in functions for extracting MFCC features. Perfect for audio analysis and feature engineering.
matlab
waveform
mfcc
matlab-toolbox
mfcc-analysis
hamming-window
cepstrum
mfcc-space
cepstrum-analysis
-
Updated
Dec 6, 2023 - MATLAB
Human speech moment detection algorithm
-
Updated
Jan 28, 2021 - Python
Improve this page
Add a description, image, and links to the hamming-window topic page so that developers can more easily learn about it.
Add this topic to your repo
To associate your repository with the hamming-window topic, visit your repo's landing page and select "manage topics."