Jeremiah Wilke

Jeremiah Wilke is a principal research scientist at Sandia National Laboratories. His background is originally in computational physics, but his research at Sandia has primarily focused on scalable interconnect design through architecture simulation. Recent contributions include static analysis tools for generating workload models of MPI programs, uses of photonics in HPC interconnects, and novel datacenter topologies and routing algorithms. More recently, he has been involved in PGAS models for the Kokkos C++ performance portability library along with designing Kokkos build systems for large-scale deployments.

Posts by Jeremiah Wilke


Scaling Scientific Computing with NVSHMEM

Figure 1. In the NVSHMEM memory model, each process (PE) has private memory, as well as symmetric memory that forms a partition of the partitioned global… 10 MIN READ