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Simulation-based verification of the MOST NetInterface specification revision 3.0

机译:MOST NetInterface规范修订版3.0的基于仿真的验证

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Design and specification errors are hard to find in the traditional automotive system design flow. Consequently, these errors may be detected very late e.g. in a hardware prototype or even worse in the final product. In order to allow the verification of distributed embedded systems in early design phases, this work proposes a flexible and efficient virtual prototyping approach in order to check the consistency of system specifications. Our virtual prototyping approach has been applied to the Media Oriented Systems Transport (MOST) specification revision 3.0 and verifies the influence of two newly specified algorithms, namely Ring Break Diagnosis and Sudden Signal Off detection, with respect to numerous network configurations. In total we have verified the specification using more than 10
机译:在传统的汽车系统设计流程中很难发现设计和规格错误。因此,这些错误可能在很晚的时候例如被检测到。在硬件原型中,甚至在最终产品中更糟。为了允许在设计的早期阶段验证分布式嵌入式系统,这项工作提出了一种灵活而有效的虚拟原型方法,以检查系统规范的一致性。我们的虚拟原型方法已应用于面向媒体的系统传输(MOST)规范修订版3.0,并针对多种网络配置验证了两种新指定算法(即环断诊断和突发信号关闭检测)的影响。总共我们已经验证了超过10种规格

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