基于功率、测试时间和覆盖的泛洪NoC测试策略

Mahshid Sedghi, Elnaz Koopahi, Armin Alaghi, M. Fathy, Z. Navabi
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引用次数: 7

摘要

提出了一种基于泛洪的NoC开关测试策略。该测试策略测试所有交换机端口和网络路由,同时避免从每个方向发送到达交换机的测试数据包。这种测试策略被称为伪穷举测试,而穷举测试是向每个方向发送交换机的传入测试包。与穷举测试策略相比,伪穷举测试的功耗更低,测试时间更短,且交换机端口故障覆盖率仍为100%。本文讨论了我们的测试策略、测试模式切换硬件需求,并评估了测试功率、时间和覆盖率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
An NoC Test Strategy Based on Flooding with Power, Test Time and Coverage Considerations
A test strategy for testing NoC switches based on flooding is presented in this paper. This test strategy tests all switch ports and network routes, while it avoids sending a test packet arriving at a switch in every direction. This test strategy is referred to as pseudo-exhaustive, versus the exhaustive testing that sends an incoming test packet of a switch in every direction. As compared with the exhaustive strategy, the pseudo- exhaustive testing consumes lower power consumption, has a lower test time and still has 100% switch port fault coverage. This paper discusses our test strategy, test mode switch hardware requirements, and evaluates test power, time, and coverage.
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