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Combining PDR and reverse PDR for hardware model checking

机译:结合PDR和反向PDR进行硬件模型检查

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In the last few years IC3 resp. PDR attracted a lot of attention as a SAT-based hardware verification approach without needing to unroll the transition relation as in Bounded Model Checking (BMC). Motivated by different strengths of forward and backward traversal already observed in BDD based model checking and by an exponential complexity gap between original PDR and its reverted counterpart `Reverse PDR' (which starts its analysis with the initial states instead of the unsafe states as in the original PDR), we take a closer look at Reverse PDR and we present a combined forward/backward version of PDR that inherits the advantages of both original and Reverse PDR. Our experimental results on benchmarks from the Hardware Model Checking Competition demonstrate clear benefits of the combined approach.
机译:在过去的几年中,IC3相应。 PDR作为基于SAT的硬件验证方法吸引了很多关注,而无需像绑定模型检查(BMC)那样展开转换关系。出于在基于BDD的模型检查中已经观察到的不同的前后遍历强度以及原始PDR与还原后的对应对象“ Reverse PDR”之间的指数复杂性差距(这是从初始状态开始而不是像在安全状态下那样进行分析)的动机所致原始PDR),我们将仔细研究反向PDR,并介绍一种继承了原始PDR和反向PDR优点的组合PDR向前/向后版本。我们在“硬件模型检查大赛”的基准测试中得到的实验结果证明了该组合方法的明显好处。

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