Enhancement in IEEE 1500 standard for at-speed test and debug

Ghazanfar Ali, F. Hussin, N. B. Z. Zain Ali, N. H. Hamid, R. Adnan
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Abstract

IEEE 1500 standard provides the facility to test and debug embedded cores with the use of an on-board or off-board tester. So far all the developments in IEEE 1500 standard are for testing application in the test mode. No development in IEEE 1500 standard is proposed where IEEE 1500-compliant cores can be tested in functional mode of operation. In this paper, an enhancement of the IEEE 1500 standard for functional test and debug is proposed. As a case study, the proposed enhanced IEEE 1500 standard is implemented and validated on a SAYEH processor using embedded Software Based Self-Testing (SBST) technique. The case study demonstrated that the enhancement in IEEE 1500 standard enables it to be used for at-speed test and debug with increased observability.
IEEE 1500标准中高速测试和调试的改进
IEEE 1500标准提供了使用板上或板外测试仪测试和调试嵌入式内核的设施。到目前为止,IEEE 1500标准的所有发展都是为了测试模式下的测试应用。不建议在IEEE 1500标准中开发符合IEEE 1500标准的内核,以便在功能操作模式下进行测试。本文提出了IEEE 1500标准在功能测试和调试方面的改进。作为案例研究,采用嵌入式软件自测试(SBST)技术在SAYEH处理器上实现并验证了所提出的增强IEEE 1500标准。案例研究表明,IEEE 1500标准的增强使其能够用于高速测试和调试,并且具有更高的可观察性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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