基于SCI通信与双核系统的DSP在线编程技术
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TP368

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上海市青年扬帆计划(18YF1418300)项目资助


DSP online programming technology based on SCI communication and dual-core system
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    摘要:

    目前工业设备常常需要数字信号处理器(DSP)等微处理器以提升自动化能力,但通常因设备空间和效率等问题无法通过仿真器端口进行程序的维护和更新。为了解决以上问题,本文设计了一种基于SCI串口通信的双核系统进而实现DSP的在线编程。在该系统中,DSP芯片通过SCI串口分别与上位机和辅助芯片STM32相连,通过SCI串口接收指令和用户程序数据,进而完成对针对DSP芯片的在线程序更新。经实验验证,该方法能有效提高设备的可维护性;同时,因无需反复一对一地插拔电路板上的JTAG端口,使得集成DSP芯片的设备软件更新效率得到很大的提升。

    Abstract:

    At present, industrial equipment often needs microprocessor such as digital signal processor (DSP) to enhance automation capability. However, because of the problems of equipment space and update efficiency, the emulator could not be used to maintain and update programs. In order to solve the above problems, a dual core system based on SCI serial communication is designed to realize DSP online programming in this paper. In this system, the DSP chip is connected with the host computer and the auxiliary chip STM32 through the SCI serial port respectively. The DSP receives instructions and user program data through the SCI serial port and completes the online updating of the program. The experimental results show that this method couldeffectively improve the maintainability of the equipment. At the same time, because there is no need to repeatedly insert the JTAG port on the PCB one by one, the efficiency of updating the equipment software could be greatly improved.

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郭浩田,夏鲲,李正荣,董斌,唐雨松,许颇,王一鸣.基于SCI通信与双核系统的DSP在线编程技术[J].电子测量技术,2019,42(2):103-107

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  • 在线发布日期: 2021-07-08
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