A Formal Model for the Building of State Machines: A Lightweight Approach

F. V. Barajas
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Abstract

In this paper the author uses Alloy, as a modeling language, to model the elements that form a state machine and the rules that govern how they can be connected. This modeling language is also a formal method that develops a model incrementally and can analyze it in an early state of the design having the advantage of detecting modeling errors very quickly. By using the formal method, some instances of the model are generated without making a line of code. The paper presents two models based on the formal approach: a graphical model and a textual model. The graphical model is used as an overview of the system and the textual model to establish further constraints on the graphical model.
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构建状态机的形式化模型:一种轻量级方法
在本文中,作者使用Alloy作为建模语言,对构成状态机的元素和控制它们如何连接的规则进行建模。这种建模语言也是一种形式化的方法,可以增量地开发模型,并可以在设计的早期状态对其进行分析,具有非常快速地检测建模错误的优点。通过使用形式化方法,无需编写一行代码就可以生成模型的一些实例。本文提出了基于形式化方法的两种模型:图形模型和文本模型。图形模型用作系统的概述,文本模型用于在图形模型上建立进一步的约束。
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