Analysis on Implantable Multichannel Neural Recording Systems

B. Song
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Abstract

Recently, the great progress in the field of neuroscience has promoted the development of the implantable multichannel neural recording systems. It goes without saying that increasing the number of electrodes and channels of the systems does help the spatial revolution, however, which could also increase the the power consumption and the output data rate. This paper mainly focuses on the methods which are able to decrease the data transfer rate as well as the power consumption. In order to transfer the neural signals out of human body, the data converters are tended to be used to decrease the power consumption.
植入式多通道神经记录系统分析
近年来,神经科学领域的巨大进步促进了植入式多通道神经记录系统的发展。不用说,增加系统的电极和通道数量确实有助于空间革命,但这也可能增加功耗和输出数据速率。本文主要研究了降低数据传输速率和功耗的方法。为了将神经信号传输到人体外,人们倾向于使用数据转换器来降低功耗。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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