Using Category Theory and Data Flow Analysis for Modeling and Verifying Properties of Communications in the Process-Oriented Language Erasmus

Ming-Yuan Zhu, P. Grogono, O. Ormandjieva, Pankaj Kamthan
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引用次数: 4

Abstract

The increasing significance of concurrency and the need to address the challenges presented by concurrency motivate its formalization. In this paper, a methodology for modeling and verifying communications in a concurrent system developed in Erasmus, a process-oriented programming language, is proposed. The innovative aspects of this methodology include the use of category theory to model and verify properties of communications in Erasmus, and the use of data flow to analyze and abstract an implementation of Erasmus. The methodology is illustrated by a simple example.
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用范畴论和数据流分析建模和验证面向过程语言伊拉斯谟的通信特性
并发性日益增加的重要性和解决并发性带来的挑战的需要促使其形式化。本文提出了一种用Erasmus(一种面向过程的编程语言)开发的并发系统中的通信建模和验证方法。该方法的创新之处包括使用范畴理论来模拟和验证伊拉斯谟中的通信属性,以及使用数据流来分析和抽象伊拉斯谟的实现。通过一个简单的例子说明了该方法。
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