The lack of perfect cellular automata isn't an obstacle either. One of the simplest and most robust way of doing parallellization of a system like DF avoids all such issues in a very simple way with no almost no…
> DF's simulation model is deterministic. Most aspects of it depend on prior aspects. I don't see what that has to do with using parallel programming to improve the performance of DF's simulation. If you are implying…
Might it be because Opera doesn't use multiple threads for web workers?
That link is misleading in the context you present it. Those are microbenchmarks, which a JIT can optimize relatively well. But if you look at the very next slide at http://kripken.github.io/mloc_emscripten_talk/#/28…
The lack of perfect cellular automata isn't an obstacle either. One of the simplest and most robust way of doing parallellization of a system like DF avoids all such issues in a very simple way with no almost no…
> DF's simulation model is deterministic. Most aspects of it depend on prior aspects. I don't see what that has to do with using parallel programming to improve the performance of DF's simulation. If you are implying…
Might it be because Opera doesn't use multiple threads for web workers?
That link is misleading in the context you present it. Those are microbenchmarks, which a JIT can optimize relatively well. But if you look at the very next slide at http://kripken.github.io/mloc_emscripten_talk/#/28…