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CAN Bus Application Layer Protocol Design for Space Manipulator Communication System

机译:用于空间机械手通信系统的CAN总线应用层协议设计

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With the development of space technology, more and more space manipulators are put to use. Control methods of Space manipulator are also increased, from original analog control, digital control gradual transforms to distributed control which using field bus. In order to meet the needs of distributed control for space manipulators, with comparison on the basis of a variety of field bus communication protocol, we have chosen CAN-bus as space manipulator control system bus. CAN bus communication system is designed based on the analysis requirement of manipulator control system. According to the task of space manipulator system requirements, application layer protocols are defined. Communication nodes are determined by the definition of arbitration IDO to ID2 and each message is defined by arbitration layer ID3 and data frame, which given a detailed definition of each data frame bit.
机译:随着空间技术的发展,越来越多的空间机械手将使用。空间机械手的控制方法也增加,从原始模拟控制,数字控制逐渐变换到使用现场总线的分布式控制。为了满足空间操纵器的分布式控制的需求,在各种现场总线通信协议的基础上进行了比较,我们选择了CAN总线作为空间机械手控制系统总线。 CAN总线通信系统是根据机械手控制系统的分析要求设计的。根据空间操纵器系统要求的任务,定义了应用层协议。通信节点由仲裁IDO的定义确定为ID2,并且每个消息由仲裁层ID3和数据帧定义,其给定每个数据帧位的详细定义。

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