Specification by existing design plus use-cases

Yusuke Kimura, M. Fujita
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Abstract

It is difficult to specify a system completely with formal methods. There are don't care situations which may not be so clearly defined, and behaviors of some special cases are hard to describe. Recently, it has been found that if the changes inside a design are local (limited within a set of sub-circuits), complete verification becomes feasible with small numbers of simulations. This gives us a way to specify a system as a modification of an existing design. By defining which portions of the existing design should be modified in which ways, it can become a design for the new specification. In this paper, we propose such a specification method, i.e., specifying new designs by giving existing designs and use-cases that discribes the difference from the new specification. The difference may be completely described with a small set of simulation patterns. Illustrative examples and some preliminary experimental results are shown.
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现有设计加上用例的规格说明
用形式化的方法完全指定一个系统是困难的。不关心的情况可能没有那么明确的定义,一些特殊情况的行为很难描述。最近,人们发现,如果设计内部的变化是局部的(限制在一组子电路中),那么通过少量的模拟就可以完成验证。这为我们提供了一种将系统指定为现有设计的修改的方法。通过定义现有设计的哪些部分应该以哪些方式修改,它可以成为新规范的设计。在本文中,我们提出了这样一种规范方法,即通过给出描述与新规范不同的现有设计和用例来指定新设计。用一小组模拟模式就可以完全描述这种差异。给出了实例和初步实验结果。
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