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Is there any plan to incorporate GPU-based calculations to massively speed-up the simulation? This can be done for conflict-detection-resolution, propagating aircraft dynamics forward, or to allow for multiple simulations in parallel.
Of course for small scenario instances, I expect numpy calculations to be much faster. But at some point as the number of agents increase, these calculations may become too expensive on the cpu. Also, we would need to figure out a way to keep the current python API the same.
Perhaps, this is a new thesis project for a student right 😉?
The text was updated successfully, but these errors were encountered:
kchour1
changed the title
Support for GPU (CUDA) massive parallelization??
Support for GPU (CUDA or similar) massive parallelization??
Aug 16, 2024
There are different approaches to this. The easiest way would be to use a JIT compiler approach like Numba. And you can also of course more directly use something like CUDA. With BlueSky's plugin architecture it is easy to make an additional implementation for e.g., the state-based CD module, which you can then select if you want to make use of the GPU to speed up the simulation.
Is there any plan to incorporate GPU-based calculations to massively speed-up the simulation? This can be done for conflict-detection-resolution, propagating aircraft dynamics forward, or to allow for multiple simulations in parallel.
Of course for small scenario instances, I expect numpy calculations to be much faster. But at some point as the number of agents increase, these calculations may become too expensive on the cpu. Also, we would need to figure out a way to keep the current python API the same.
Perhaps, this is a new thesis project for a student right 😉?
The text was updated successfully, but these errors were encountered: