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Distributed [1] is very new and seems to have similar core architectural goals as TensorFlow. But perhaps I'm being too politically correct: both make use of ve
by math_and_stuff 11y ago
Distributed [1] is very new and seems to have similar core architectural goals as TensorFlow. But perhaps I'm being too politically correct: both make use of very course-grain parallelism relative to a typical distributed-memory linear algebra library (e.g., the current communication mechanisms of both are likely to be too course-grain to efficiently support distributed dense matrix inversion or eigensolvers; not that this is likely to be a design goal of either).
[1] http://matthewrocklin.com/blog/work/2015/06/23/Distributed/ http://matthewrocklin.com/blog/work/2015/06/23/Distributed/
- Gtifn 11y agoI think distributed's scheduler has seen much iteration since then and is now based on tornado. I wonder if that changes your assessment. Also what do you think of Julia's native distributed capabilities and this library here: https://github.com/shashi/ComputeFramework.jl https://github.com/shashi/ComputeFramework.jl