Hardware Co-Design


TRIP architecture TRIP (An Ultra-Low Latency, TeraOps/s Reconfigurable Inference Processor for Multi-Layer Perceptrons) is a “soft” deep neural network for MLPs. It features a hybrid OpenCL-Verilog design, where the MLP engine is written in Verilog and OpenCL is used for data exchange between the CPU and the FPGA. It runs on the Nallatech 385A platform (Arria10).

TRIP performance with CANDLE The table shows how such a targeted, custom design can outperform more general-purpose vendor offerings. We continue improving the design with features such as mixed precision, more efficient data movement, and a scalable OS/runtime. This project is a collaboration with Boston University.

Thermal-Aware Computing

Thermal effects Cooling power is a non-negligible issue in HPC systems, and thermal variations at every level (environment, hardware from transistors to clusters) make it worse. The figure shows how running the same code on four nodes of the same cluster can result in significantly different temperatures of the compute elements. We are studying CPUs, GPUs, and FPGAs and are using machine-learning prediction models for better task scheduling on the system. This project is a collaboration with Northwestern University.

Kazutomo Yoshii (ANL)