State chart refinement validation from approximately timed to cycle callable models

Rainer Findenig, W. Ecker
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Abstract

Most of today's designs use a top-down design flow in which hardware is first implemented at transaction level and, as soon as it's functionality is verified, refined to a register transfer model which is conceptually a cycle true and cycle callable model. Traditionally, both the refinement and its validation are done by hand. We propose a design pattern for both the transaction-level and the cycle callable model that eases both steps: the refinement process is made more intuitive and verifying the cycle callable model is greatly simplified by automatically synchronizing the transaction-level model with the refined model.
从大约定时到循环可调用模型的状态图细化验证
今天的大多数设计都使用自顶向下的设计流程,其中硬件首先在事务级别实现,一旦其功能得到验证,就会细化为寄存器传输模型,这在概念上是一个循环真实和循环可调用的模型。传统上,精化和验证都是手工完成的。我们为事务级和循环可调用模型提出了一种设计模式,该模式简化了这两个步骤:细化过程更加直观,并且通过自动同步事务级模型和细化模型,大大简化了对循环可调用模型的验证。
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