新型医学信号处理实验平台的设计与实现

Design and Implementation of New Biomedical Signal Processing Platform

  • 摘要: 为弥补现有医学数字信号处理实验平台的不足,提高生物医学工程学生学习医学数字信号处理的兴趣,加深对于医学数字信号处理的了解,加强对医学数字信号处理在生物医学工程实践过程的认知,该文设计了新型生物医学数字信号处理平台。采用高性能数字信号处理芯片,以及32位单片机,高精度模数转换器件实现的医学模拟信号处理单元,通过通信协仪及串口实现与上位机的信号及指令的传输,在PC机上完成医学信号的显示、存储和控制。实践表明,该平台在促进学生学习医学数字信号处理中发挥了一定的作用,有利于增强学生对医学信号的学习兴趣和主动性。

     

    Abstract: To compensate for the shortcomings of existing medical digital signal processing(DSP)experimental platform and increase the interest of Biomedical Engineering students in learning medical DSP, and to deepen their understanding of medical DSP and strengthen the awareness of medical DSP in the biomedical engineering practice processes, this paper designs a new biomedical DSP platform.Using high-performance digital signal processing chips and 32-bit microcontroller, high-precision ADC devices to realize medical analog signal processing unit, and through communication and serial ports to transmit signals,instructions with PC, we can complete medical signal’s display, storage and control on PC.Practice shows that the platform in promoting students to learn medical digital signal processing plays a role, help enhance the students interest in learning and initiative of the medical signal.

     

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