IEEE 1687 Compliant Ecosystem for Embedded Instrumentation Access and In-Field Health Monitoring

A. Tsertov, A. Jutman, K. Shibin, S. Devadze
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引用次数: 6

Abstract

The ongoing research in the adjoin fields of failure resilience, health monitoring, fault management has also shown a widening interest in IEEE 1687 Std. applications. In this paper we unveil IEEE 1687 compliant ecosystem that covers almost every aspect related to IJTAG compliant RSNs. With the help of ecosystem tools we present an extension to the standard network reconfiguration modules to illustrate the capabilities of asynchronous error detection schemes in IJTAG networks. In addition, in this paper as an example application of the Ecosystems' SW support we present an automatically generated tests for the suite of IEEE 1687 benchmark networks in Procedural Description Language (PDL).
嵌入式仪器接入和现场健康监测的IEEE 1687兼容生态系统
在故障恢复、健康监测、故障管理等相关领域正在进行的研究也显示出对IEEE 1687标准应用的广泛兴趣。在本文中,我们揭示了IEEE 1687兼容的生态系统,涵盖了与IJTAG兼容的rsn相关的几乎所有方面。在生态系统工具的帮助下,我们对标准网络重构模块进行了扩展,以说明IJTAG网络中异步错误检测方案的功能。此外,在本文中,作为生态系统软件支持的一个示例应用,我们用过程描述语言(PDL)为IEEE 1687基准网络套件提供了一个自动生成的测试。
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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