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An Ontological Approach to Communication Mechanism of Automatic Test System Software Interoperability

机译:自动测试系统软件互操作性通信机制的本体论方法

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The research on portability and interoperability is crucial to the development of propulsion test system. Our contribution is the design of ontology-based technology framework for interoperability of TPS. An analysis has been made about problems to be solved in the interoperability between signal-oriented automated test system software. Based on ontology theory and IEEE 1641 standard,ontology application model and technological framework in the field of automatic test system have been established. The former is used to represent the BSC layer base classes and relations among them,and the latter provides a protocol for the interoperability among TPS. They allow TPS to understand definition of conformably and communicate effectively.
机译:对可移植性和互操作性的研究对于推进测试系统的发展至关重要。我们的贡献是为TPS的互操作性设计基于本体的技术框架。分析了面向信号的自动测试系统软件之间的互操作性要解决的问题。基于本体论和IEEE 1641标准,建立了自动测试系统领域的本体应用模型和技术框架。前者用于表示BSC层的基类及其之间的关系,而后者则提供了TPS之间的互操作性的协议。它们使TPS能够理解一致的定义并进行有效的沟通。

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