The dissertation involves the device and system implementation method for OSM of high-precision large shaft where the reasons for OSM errors are analyzed.
本文论述了高精度大型轴类零件在位测量装置及系统的实现方法，并分析了在位测量误差产生的原因。
Basic structure of the system, data analysis, functional modules and system implementation method is elaborated with the detailed algorithm of critical module given.
阐述了系统的的基本结构、数据分析、功能模块及系统实现方法，提出了关键模块的具体算法。
The method is based on a lightweight process geared to streamline service discovery and functional design activities during Initiation and Elaboration phases of SOA system implementation (Figure 14).
方法基于一个轻量级的过程，该过程致力于SOA系统实施的初始化与精化阶段流线型服务探索以及功能性设计活动(图14)。
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