A Refinement Based Framework for Computing Loop Behavior

A. Mili
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Abstract

The development, certification and evolution of dependable software requires the ability to analyze software artifacts in all their extensive detail. This, in turn, is contingent upon availability of reliable, certified tools that can rigorously analyze the behavior and properties of software artifacts. One of the most difficult challenges in the development of such a tool is the ability to derive the function of a loop from a static analysis of its source code. In this paper, we discuss the main tenets of our approach to this problem, based on a relation-theoretic refinement calculus, and outline its results, insights, and prospects.
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基于细化的循环行为计算框架
可靠软件的开发、认证和演进需要分析软件工件的所有广泛细节的能力。反过来,这取决于可靠的、经过认证的工具的可用性,这些工具可以严格地分析软件工件的行为和属性。在开发这种工具的过程中,最困难的挑战之一是能够从对其源代码的静态分析中派生出循环的功能。在本文中,我们讨论了我们的方法来解决这个问题的主要原则,基于关系理论的细化演算,并概述了其结果,见解和前景。
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