在Fuber IEC 61499运行时环境中使用的执行模型的定义

G. Cengic, K. Åkesson
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引用次数: 15

摘要

提出了IEC 61499功能块应用的缓冲顺序执行模型(BSENI)。在执行应用程序之前,复合功能块被平面化。执行包含基本和服务接口功能块的最终应用程序。基本功能块按照接收输入事件的顺序放入就绪队列,因此在名称中使用ldquosequentialrdquo一词。每个基本函数块都保留一个传入事件队列及其相关数据,因此在名称中使用ldquobufferedrdquo这个词。块的调度策略在调度函数中,接收事件的执行策略在功能块实例中。提出了适用于对所提出的执行模型的行为进行形式化验证的扩展有限自动机模型。该模型可以使用称为Supremica的离散事件系统工具进行分析。给出的执行模型是在Fuber运行时环境中实现的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Definition of the execution model used in the Fuber IEC 61499 runtime environment
The buffered sequential execution model (BSENI) for IEC 61499 function block applications is presented. Before the execution of the application the composite function blocks are flattened. The resulting application containing the basic and service interface function blocks is executed. The basic function blocks are put in the ready queue in the same order that they receive the input events, hence the word ldquosequentialrdquo in the name. Each basic function block keeps a queue of incoming events with their associated data, hence the word ldquobufferedrdquo in the name. Scheduling policy of the blocks is in the scheduling function while the execution policy of the received events is in the function block instance. The extended finite automata models suitable for formal verification of the proposed execution modelpsilas behavior are presented. The model may be analyzed using a discrete event systems tool called Supremica. The presented execution model is implemented in the Fuber runtime environment.
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