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Design and realization of CAN bus vehicle instrument cluster based on μ C/OS-II

机译:基于μC / OS-II的CAN总线汽车仪表组的设计与实现

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A kind of CAN bus vehicle instrument cluster is studied and designed in this paper based on the CAN (Controller Area Network)bus technology. This vehicle instrument cluster uses MC9S12XHZ512 dual-core processor as the main controller, containing signal input module, data processing module and display module which compose the hardware platform, The software adopts the high reliability real-time kernel μ C/OS-II embedded operating system to accomplish the system''s functions with modular and hierarchical programming. This system design adds vehicle instrument cluster to the body network and reflects the real vehicle condition by receiving, processing and displaying the data through CAN bus and vehicle sensors. This system greatly reduces design circuit and cost.
机译:本文研究并设计了一种基于CAN(Controller Area Network,总线局域网)总线技术的CAN总线汽车仪表板。该车载仪表台以MC9S12XHZ512双核处理器为主要控制器,包含构成硬件平台的信号输入模块,数据处理模块和显示模块,软件采用高可靠性实时内核μC / OS-II嵌入式操作系统系统通过模块化和分层编程来完成系统的功能。该系统设计将车辆仪表板添加到车身网络中,并通过CAN总线和车辆传感器接收,处理和显示数据,从而反映出真实的车辆状况。该系统大大减少了设计电路和成本。

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