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TRAFFIC ANALYSIS OF A NETWORK-BASED CONTROL SYSTEM USING THE CAN

机译:使用CAN的基于网络的控制系统的交通分析

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This paper deals with an architecture of network-based control system using the CAN(Controller Area Network) protocol and its traffic analysis. It is difficult lo determine an optimal network-based control architecture for a specific AGV(Autonomous Guided Vehicle) system with a manipulator arm. The fixed number of periodic messages to be occurred is pre-defined in the system. To determine whether the proposed system architecture is effective or not. we perform traffic analysis for the real-time communication of all messages. Through simulations, the range of transmission speed is found satisfying the required conditions and the permissible number of additional sensors is investigated for improving the system performance, when the sampling periods of analog sensors are determined under fixed condition mat the transmission speed is over 500Kbps.
机译:本文涉及使用CAN(控制器区域网络)协议及其业务分析的基于网络的控制系统的体系结构。它很难确定具有机械手臂的特定AGV(自主导向车辆)系统的最佳网络的控制架构。要发生的固定数量的周期性消息在系统中预定义。确定所提出的系统架构是否有效。我们对所有消息的实时通信进行流量分析。通过模拟,发现令人满意的传输速度的范围满足所需的条件,并且研究了用于改善系统性能的允许数量的额外传感器,当在固定条件垫下确定模拟传感器的采样周期时,传输速度超过500kbps。

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