The results of the servo restoring efforts will now be interpreted as due to target motion and spurious steering signals will be generated. 伺服机构克服这种扰动的结果会视为是由于目标的运动引起的，这就产生了虚假的操纵信号。
The effectiveness of the developed design system is demonstrated by a gear design, and the dynamic analysis and parameter identification of a servomechanism with multiple joints. 本文以齿轮之设计与分析，及一多重传动伺服机构之动力分析与参数更新，验证此设计系统进行动力机械产品零件设计与组件开发之实用性与有效性。
美
['sɜːvəʊɡ'iər]
