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a platform that would make distributed computing less of challenge would be well placed today with all the data science / ML / DL / AI focus but its not clear i
by nologic01 3y ago
a platform that would make distributed computing less of challenge would be well placed today with all the data science / ML / DL / AI focus but its not clear if erlang has ever had any ambitions in this space.
the main reference that shows up if you search for erlang + hpc is from 2008
https://www.researchgate.net/publication/221211398_High-performance_technical_computing_with_erlang https://www.researchgate.net/publication/221211398_High-perf...
- zambal 3y agoAs far as I know there are no Erlang projects with that ambition, but quite some interesting things are happening in the Elixir eco system: https://github.com/elixir-nx https://github.com/elixir-nx I'm a Elixir and Erlang developer who is just starting to explore ML, but these libraries seem solid and well designed.
- el_oni 3y agoI beleive there is currently a PhD project in collaboration with Jose Valim (Elixir's creator) which is looking at distributed machine learning. There is also the NX project (numerical elixir) which compiles tensors to GPU code making it much faster for those particular usecases. https://github.com/elixir-nx https://github.com/elixir-nx This has things like explorer which is elixir bindings to polars, livebook which is like jupyter notebooks (with enforced execution order thang god), aswell as some machine learning libraries in axon and scholar. There has also been some work with libraries like flow and broadway which allow pipelines to be constructed with the usual syntaxt `step1 |> step2 |> step3` but to be executed across cores (or cluster). I can imagine orgs using a combination of the above tools to do some interested distrubuted data pipelining and ML.