Seminar on Modeling Mar. 2015 - Raymond Namyst: A low memory footprint OpenCL simulation of short-range particle interactions

Seminar on Modeling Mar. 2015 - Raymond Namyst: A low memory footprint OpenCL simulation of short-range particle interactions

In this talk, I will present a Molecular Dynamics N-body simulation for multi-accelerator heterogeneous architectures. It is based on OpenCL and features a new force computation algorithm focusing on using a low memory footprint while maintaining a high performance level. I will describe the implementation and detail how we had to slightly adapt the kernels for accelerators as different as NVIDIA GPU and Intel Xeon Phi to provide better opportunities for code optimizations.


User: Seminar on Modeling

Views: 61

Uploaded: 2015-03-16

Duration: 59:04