Neural Signal – Action Potential Spike Count Transmision Through Embedded Wireless Mote

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Neural Signal – Action Potential Spike Count Transmision Through Embedded Wireless Mote

Journal Title: International Journal of Engineering Sciences & Research Technology - Year 30, Vol 2, Issue 10

Abstract

To enable a wireless neural recording system that benefit to finding the disease from the nerves system is remotely monitoring as prevention is better than cure. The neural recording system is counting the spike value from the defective nerve system of the patient that signal be transmit through the wireless network then the signal capture from the hospital and compare with past trials. So we detect the disease before it from the patient. The system consists of commercial-off-the-shelf wireless-enabled processor modules for communicating the neural signals, and a back-end database server and client application for achieving and browsing the neural signals. A neural-signalacquisition application has been developed to enable the neural signals at a rate of 4000 12-bit samples per second, or detect and transmit spike heights and widths sampled at a rate of 16670 12-bit samples per second on a single channel. The motes acquire neural signals via a custom low-noise neural-signal amplifier with adjustable gain and high-pass corner frequency that has been designed, and fabricated in a 1.5- m CMOS process.

Authors and Affiliations

Ms. Vandhana. S*

Keywords

EP ID EP106427
DOI -
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