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Automatic and semi-automatic verification of switch-level circuits with temporal logic and binary decision diagrams

机译:使用时间逻辑和二进制决策图自动和半自动验证开关级电路

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Automatic and semi-automatic verification methods for switch-level circuits are presented. Switch-level circuits with no delay (but with/without charge effects) are automatically verified using a formalism with binary decision diagrams (BDD) and temporal logic. Purely bidirectional transistors, such as those whose signal directions are dynamically determined in operations, are treated in the uniform way as nonbidirectional transistors. In the case of switch-level circuits with arbitrary delays, based on the work by M.E. Leeser (1989), the authors present a semi-automatic verification method which uses a propositional theorem prover using BDD. First some assignments of propositional variables to terms of temporal logic are manually given, and then the automatic theorem prover does verification.
机译:提出了用于开关级电路的自动和半自动验证方法。使用带二进制决策图(BDD)和时间逻辑的形式主义,可以自动验证无延迟(但带有/不带有电荷效应)的开关级电路。纯双向晶体管(例如,其信号方向在操作中动态确定的那些晶体管)以统一的方式视为非双向晶体管。在具有任意延迟的开关级电路的情况下,基于M.E. Leeser(1989)的工作,作者提出了一种半自动验证方法,该方法使用了命题定理证明器(使用BDD)。首先手动给命题变量分配一些时间逻辑项,然后由自动定理证明者进行验证。

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