Analysis of Human Operation Utilizing Closed-loop Identification Method

机译：利用闭环识别方法分析人工操作

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The trial on the closed-loop identification of human operation and dexterity is presented in this paper. Regarding the operator as a controller in the closed-loop system, making the human model is a problem of closed-loop identification. For example, in t

机译：本文提出了对人工操作和灵巧的闭环识别的试验。关于操作员作为闭环系统中的控制器，使人体模型是闭环识别的问题。例如，在t

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《Conference on IEEE Intelligent Data Acquisition and Advanced Computing Systems》|2005年||共5页
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Hatakeyama S.; Iwase M.; Yamaura S.;
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正文语种
中图分类自动化技术、计算机技术;
关键词
closed loop systems; dexterous manipulators; humanoid robots; identification; Human Adaptive Mechatronics; closed-loop identification; closed-loop system; dexterity; Closed-loop Identification; Human Operation; Subspace Identification;

机译：闭环系统;Dexterous操纵器;人形机器人;识别;人类自适应机电一体化;闭环识别;闭环系统;灵活;闭环识别;人类操作;子空间识别;

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机译：肾功能不全和贫血是急性心肌梗死患者死亡的独立危险因素1,21作为已发表的材料，未经作者的同意，不得引用，引用，复制或出版该手稿的内容。2本出版物所依据的分析这些工作是根据合同号500-96-P704进行的，该合同的标题为“佐治亚州的运营利用和质量控制同行评审组织（PRO）”，由卫生与人文部医疗保险和医疗补助中心（CMS）赞助服务。所表达的结论和意见以及本文使用的方法均为作者的结论和意见。它们不一定反映CMS政策。作者对所提出想法的准确性和完整性承担全部责任。本文是CMS发起的“医疗保健质量改善计划”的直接结果，该计划鼓励鉴定通过对护理模式进行分析而得出的质量改善项目，因此该承包商不需要任何特殊资金。欢迎作者提出解决问题的经验和想法。

Analysis of Human Operation Utilizing Closed-loop Identification Method

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