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VT Matrix Multiply Design for MEMOCODE '07

Eric Simpson, Pengyuan Yu, Patrick R. Schaumont, Sumit Ahuja, Sandeep K. Shukla

Open publisher page 1 citations

Abstract

This design presents a system optimized for complex matrix multiplications on the XUP Virtex-II board. Utilizing the GEZEL HW/SW co-simulation environment, the resulting system achieves ~25x speedup over a standard software only implementation. Further system level optimization (with DMA) results in the same coprocessor being speedup by at least another order of magnitude.

About this research paper

What this paper is about

This design presents a system optimized for complex matrix multiplications on the XUP Virtex-II board. Utilizing the GEZEL HW/SW co-simulation environment, the resulting system achieves ~25x speedup over a standard software only implementation. Further system level optimization (with DMA) results in the same coprocessor being speedup by at least another order of magnitude.

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Available abstract

This design presents a system optimized for complex matrix multiplications on the XUP Virtex-II board. Utilizing the GEZEL HW/SW co-simulation environment, the resulting system achieves ~25x speedup over a standard software only implementation. Further system level optimization (with DMA) results in the same coprocessor being speedup by at least another order of magnitude.

Key concepts: Speedup, Coprocessor, Computer science, Virtex, Parallel computing, Software, Matrix (chemical analysis), Matrix multiplication

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