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Remote Multi-processor Updating System Based on In-System Programming and CAN-bus

机译:基于系统编程和CAN总线的远程多处理器更新系统

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The tidal current energy generation system, which works underwater and is interfered by electrical transmission during the process of data communication, has field update requirements but cannot directly use In-System Programming (ISP) to update, so a remote multi-processor updating system is developed based on ISP and CAN bus. This system consists of a shore station host computer, master controller and the slaves. The host computer transmits the HEX file to the master controller via CAN bus, and the master controller updates the appointed slave by ISP. This paper studies retransmission mechanism and ISP process. The system avoids failed update caused by data channel interference through separating the HEX file transmission and the ISP process.
机译:在数据通信过程中,在水下工作并通过电气传输干扰的潮流能源生成系统具有现场更新要求,但不能直接使用系统内编程(ISP)来更新,因此远程多处理器更新系统是基于ISP和CAN总线开发。该系统由岸站主机,主控制器和从站组成。主计算机通过CAN总线将十六进制文件发送到主控制器,主控制器通过ISP更新指定的从设备。本文研究了重新传递机制和ISP过程。系统避免了通过分离十六进制文件传输和ISP过程来避免由数据通道干扰引起的更新。

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