MATE, a Unified Model for Communication-Tolerant Scientific Applications

Event Sponsor: 
Mathematics and Computer Science Seminar
Start Date: 
Mar 5 2018 - 10:30am
Building 240/Room 4301
Argonne National Laboratory
Sergio M. Martin
Speaker(s) Title: 
University of California, San Diego
Tood Munson

We present MATE, a new model designed to develop communication-tolerant scientific applications. MATE employs a combination of mechanisms to reduce or hide the cost of communication from both intra-node data motion and network latency.

A key contribution of our research is the symbiotic effect of communication- hiding mechanisms, finding that their interaction yields better results than the sum of their individual contributions. We have embedded these mechanisms in a programming framework comprised of an annotation model, a source-to-source translator, and a runtime system. Co-designing these components was crucial in developing MATE as a single unified model.

We will show preliminary results of a strong scaling study of a typical 13-point stencil solver. In this study, MATE is able to reduce the majority of communication overhead on up to 128k cores (2048 nodes) of NERSC's Cori KNL platform.

Miscellaneous Information: 

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