Secured Eeg Distribution In Telemedicine Using Encryption Mechanism.

Ankita Varshney, Mukul Varshney, Jitendra Varshney.

Abstract

Telemedicine changes the way patients are treated, from the traditional methods of a person care to remote care; telemedicine may also improve healthcare access to areas where it was essentially not available in the past. Telemedicine allows for a virtual communication, using real–time audiovisual information transmitted over, between a patient and a physician at two different sites. Use of this technology has the potential to reduce the cost of providing healthcare.Telemedicine totally depends on public network. Telemedicine technology uses wireless network for the transmission of medical information or data.So there is a need to provide security of the patient valuable data so that unauthorized user can not access and modify the data. To provide the privacy or security to the information the various encryption techniques have been developed. In this paper the two encryption techniques LFSR - based and chaos-based encryption techniques are discussed. Our techniques provide all QOS features like key sensitivity, encryption decryption time, network latency etc. those are essential for the quality of medical data in telemedicine system.



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