Case study: Functional verification of a reconfigurable systolic array using truss

Myoung-Keun You, Young-Jin Oh, Gi-Yong Song
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引用次数: 3

Abstract

This paper introduces our experience in verifying the operation of each systolic array before and after reconfiguration using Truss. Truss is an implementation of an open-source verification infrastructure based on layer approach. Reconfigurable systolic array for solving either single-source shortest path problem or 0–1 knapsack problem is chosen as a reconfigurable device-under-test. One systolic array can be reconfigured into the other and vice versa according to the problem. The functional verification is performed on a reconfigurable device-under-test using Truss configured to this specific hardware.1
案例研究:使用桁架的可重构收缩阵列的功能验证
本文介绍了我们利用Truss验证各收缩阵列重构前后的运行情况的经验。Truss是一种基于分层方法的开源验证基础架构的实现。选择可重构收缩阵列作为可重构的待测器件,用于解决单源最短路径问题或0-1背包问题。一个收缩阵列可以根据问题重新配置成另一个,反之亦然。功能验证是在一个可重构的被测设备上执行的,使用配置为该特定硬件的Truss
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