基于adl的处理器设计中的实时验证

Dominik Auras, Andreas Minwegen, Uwe Deidersen
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引用次数: 0

摘要

将实时验证和处理器状态转移两种新技术相结合的验证方法引入到基于体系结构描述语言(ADL)的处理器设计中。提出的即时验证显著加快了基于仿真的寄存器传输和指令集级模型的等效性检查,这些模型是由基于adl的规范生成的。这是通过省略在常规架构调试周期中出现的冗余模拟步骤来实现的。通过一个案例研究演示了潜在的加速,实现了660x的调试周期加速。
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Just-in-Time Verification in ADL-based processor design
A novel verification methodology, combining the two new techniques of Live Verification and Processor State Transfer, is introduced to Architecture Description Language (ADL) based processor design. The proposed Just-in-Time Verification significantly accelerates the simulation-based equivalence check of the register-transfer and instruction-set level models, generated from the ADL-based specification. This is accomplished by omitting redundant simulation steps occurring in the conventional architecture debug cycle. The potential speedup is demonstrated with a case study, achieving an acceleration of the debug cycle by 660x.
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