zawy12

I may work on trying to get it implemented in Monero after I get a finalized version after testing it on the Zcash testnet. The testnet is ideal because it...

I've come to the conclusion that the best difficulty will be a simple rolling average: next Diff = avg past N Diff \* TargetInterval / Avg past N solve times....

Sumokoin and cryptonote have been guided in their difficulty algos by the first part of my comment above and got me to thinking about difficulty again. I've better formulated exactly...

I was able to finish an implementation of the difficulty algorithm that has a dynamic averaging window to protect against 10x attacks while also being smooth at constant hashrates. It...

@fluffypony It's been a year since my first post above. As a result of people trying to help BCH's problems, they requested my input and showed me two difficulty algorithms...

I'm keeping the newest versions of the best algorithms [here](https://github.com/zawy12/difficulty-algorithms/issues/1). I'm keeping a list of the results of various algorithms [here](https://github.com/zawy12/difficulty-algorithms/issues/6). It shows how awesome Masari (Monero clone with a...

We've developed a new algorithm that's the best of the best and allows integer math on the target. https://github.com/zawy12/difficulty-algorithms/issues/17

Monero needs to play it safe, but in case it's ever interested, I have a way to change difficulty during the block to make solvetimes a much tighter Poisson. No...

Code from other coins for my future reference: **Niobio** ``` difficulty_type Currency::nextDifficultyV5(std::vector timestamps, std::vector cumulativeDifficulties) const { // Slipstream EMA difficulty algorithm // Copyright (c) 2018 Zawy // EMA &...

I found your email in my spam folder and sent the discord invite. N=30 varies too much. It will attract on-off mining. BTG has good code for BTC coins