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Tesseract currently uses the Dark Gravity Wave difficulty adjustment algorithm, adapted from RavenCoin. It seems to do a decent job of adjusting the difficulty to changes in hashpower but it does display a fair amount of volatility when hashpower remains constant.
It is possible that replacing the algorithm with a discrete PID controller would improve the behavioral characteristics.
The text was updated successfully, but these errors were encountered:
Yes, the first step would be to develop a block mining simulation that could be used to easily test different PID parameters. The effort is likely on the order of a couple days to program a barebones prototype in python.
Tesseract currently uses the Dark Gravity Wave difficulty adjustment algorithm, adapted from RavenCoin. It seems to do a decent job of adjusting the difficulty to changes in hashpower but it does display a fair amount of volatility when hashpower remains constant.
It is possible that replacing the algorithm with a discrete PID controller would improve the behavioral characteristics.
The text was updated successfully, but these errors were encountered: