Pulse ratio modulation, a method of recording biomedical signals with magnetic tape, is presented.
本文介绍一种磁带记录生物医学信号的方法——脉冲比例调制。
The acquisition and processing system of biomedical signals is composed of two parts: hardware and software.
该生物医学信号采集处理系统由硬件与软件两部分组成。
Extraction level of biomedical signals is improved by reducing wave distortion and average superposition times.
它减少了波形失真度和平均叠加次数，提高了生物医学信号提取水平。
In this dissertation, the author mainly undertakes the design of the data acquisition circuit board for biomedical signals.
在本文中，作者主要负责用于生物医学信号的多通道数据采集板的研究与设计工作。
We will be according to the actual situation and select the appropriate approach to deal with biomedical signals in strong noise.
要处理强噪声生物医学信号，要根据其实际情况，选择适当的处理方法。
Considering characters of biomedical signals, the paper proposes the Improved Adaptive Huffman algorithm, a real -time compression algorithm can be used in SCM.
针对生理信号的特点，本文提出了一种能够在多数单片机上使用的实时压缩算法——改进型自适应哈夫曼算法。
Sound card-the gathering device for biomedical signals is a low-costed high performance strong compatibility easy upgraded gathering system for biomedical signals with computer.
将声卡作为生物医学信号的采集设备，将是一个低成本、高性能、兼容性强、升级方便的计算机生物医学信号的采集系统。
Sound card-the gathering device for biomedical signals is a low-costed high performance strong compatibility easy upgraded gathering system for biomedical signals with computer.
将声卡作为生物医学信号的采集设备，将是一个低成本、高性能、兼容性强、升级方便的计算机生物医学信号的采集系统。
应用推荐