High-Performance Computing Interfaces for High-Fidelity Radar Modeling

This paper describes the interfaces to a high performance computing (HPC)-based high-fidelity radar simulation including task partitioning, parametric control, and visualization. This capability approximates realistic airborne surveillance radar platforms, and performs near-real-time flight test simulations through the integration of a Department of Defense (DoD)-developed radar simulation application, and the Maui High Performance Computing Center, DoD Supercomputing Resource Center's (MHPCC DSRC) 9,216 core "Mana" HPC.