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A Coverage-Driven Constraint Random-Based Functional Verification Method of Memory Controller

机译:基于覆盖驱动的约束基于随机的内存控制器功能验证方法

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This paper presents a coverage-driven Constraint random-based functional verification method of memory controller in a microprocessor. Many special functions are integrated into this memory controller for anti-radiating, so it is more difficult to verify. This system of verification, which is creating by means of verification methodology manual (VMM) for systemverilog and classification trees, is reusable, scalable, configurable and can reduce time of verification.
机译:本文介绍了微处理器中的存储器控​​制器的覆盖驱动约束基于基于的功能验证方法。许多特殊功能集成到该存储器控制器中以进行防辐射,因此验证更难。该验证系统是通过SystemVerilog和分类树的验证方法手册(VMM)创建的验证系统是可重复使用的,可扩展的,可配置的,可以缩短验证时间。

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