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Construct surface characterization system by assembling functional components dynamically

机译:通过动态组装功能组件来构造表面特征系统

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Surface characterization of manufactured components is regarded as an important process to figure out surface features, which are closely related to the manufacture process and will affect their functionality. Due to the complicated computation, the actual operations are mostly completed by the aid of surface characterization software. Nowadays, these systems are mainly exploited by instrument companies and embedded in surface measurement instruments. Although it is convenient for users to evaluate surfaces straightforwardly after measurement, the results are usually incomparable with those from other surface instruments because of the different characterization systems. Moreover, the system evolution will cost too much due to the lack of flexibility and extendibility. This paper presents a component based architecture which facilitates the system construction by assembling functional components dynamically.
机译:制造部件的表面表征被认为是确定表面特征的重要过程,其与制造过程密切相关,并影响其功能。由于计算复杂,实际操作主要由表面特征软件完成。如今,这些系统主要由仪器公司利用并嵌入在表面测量仪器中。虽然用户在测量后直接评估表面,但由于不同的表征系统,结果通常与来自其他表面仪器的结果无与伦比的结果。此外,由于缺乏灵活性和可扩展性,系统演化将花费太多。本文介绍了一种基于组件的架构,其通过动态组装功能组件来促进系统构造。

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