Dealing with Communication Channels within IEC61499 Component-Based Systems

F. Pérez, I. Calvo, F. Lopez, I. Etxeberria-Agiriano
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Abstract

Traditional approaches for developing automation systems consider system itself hardly can be changed. Current challenges in automation applications include the need of autoreconfiguration in response to process changes or event triggering. In order to face these requirements, new automation methodologies are necessary. Component-based technologies, initially defined for achieving efficient, structured and reusable designs can also be used to achieve adaptation. In this work, an IEC 61499-based framework that uses the concept to deal with reconfiguration issues is presented. The final output of the framework is a distributed system IEC61499 compliant. A new concept, the communication channel, is introduced providing a new abstraction layer to deal with communication between components. The joint use of automation components and communication channels allows defining complex automation systems in an easy way.
在IEC61499基于组件的系统中处理通信通道
开发自动化系统的传统方法认为系统本身很难改变。当前自动化应用中的挑战包括需要自动重新配置以响应流程更改或事件触发。为了面对这些需求,新的自动化方法是必要的。最初为实现高效、结构化和可重用设计而定义的基于组件的技术也可用于实现适应性。在这项工作中,提出了一个基于IEC 61499的框架,该框架使用该概念来处理重新配置问题。该框架的最终输出是一个符合IEC61499标准的分布式系统。引入了一个新的概念——通信通道,提供了一个新的抽象层来处理组件之间的通信。自动化组件和通信通道的联合使用允许以一种简单的方式定义复杂的自动化系统。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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