Execution Semantic of Function Blocks based on the Model of Net Condition/Event Systems

This paper aims at the development of an execution model of function block networks following the IEC 61499 standard architecture for industrial measurement and control systems. Implementation of the standard requires an execution environment that is deterministic, provides real-time reactivity, and...

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Bibliographic Details
Main Author: Vyatkin, V.
Format: Conference Proceeding
Language:English
Subjects:
Concurrent computing
Control system synthesis
Electrical equipment industry
function blocks
IEC 61499
IEC standards
Industrial control
industrial informatics
Job shop scheduling
Measurement standards
net condition/event systems
reactive embedded control systems
scheduling
Standards development
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Summary:This paper aims at the development of an execution model of function block networks following the IEC 61499 standard architecture for industrial measurement and control systems. Implementation of the standard requires an execution environment that is deterministic, provides real-time reactivity, and is compact to fit embedded platforms. In particular, this paper discusses the problem of function block scheduling that would be the core of such execution environment. The function blocks are modeling by net condition/event systems (NCES). It is shown that the NCES implementation provides a natural scheduling policy for function blocks that preserves concurrency and enables evaluation of the reactivity by model- checking.
ISSN:1935-4576
2378-363X
DOI:10.1109/INDIN.2006.275692