Safe deterministic replay for stimulating the clock synchronization algorithm in time-triggered systems

E. Armengaud, M. Fugger, A. Steininger
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引用次数: 4

Abstract

Deterministic replay is used during testing to reproduce a scenario and drive the system under test to a given state. In this work, we replay an a-priori defined bus traffic to influence the clock synchronization mechanism. Beyond testing this distributed mechanism itself, our aim is to draw conclusions on the nodespsila bus receiver operation. Since these replay activities are part of a transparent online test procedure, it is important to ensure that they do not represent a threat for proper system operation. We present a respective formal proof for TTP/C, while for the case of FlexRay we show that the system precision can be bounded according to the replay operation applied. Experimental results confirm and illustrate our approach.
时间触发系统中时钟同步算法的安全确定性重放
在测试期间使用确定性重放来重现场景并将被测系统驱动到给定状态。在这项工作中,我们重放一个先验定义的总线流量来影响时钟同步机制。除了测试这种分布式机制本身之外,我们的目标是得出关于nodesila总线接收器操作的结论。由于这些重放活动是透明的在线测试过程的一部分,因此确保它们不会对正确的系统操作构成威胁是很重要的。我们分别给出了TTP/C的形式化证明,而对于FlexRay的情况,我们表明系统精度可以根据所应用的重放操作进行限定。实验结果证实了我们的方法。
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