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Monitoring Of Human HealthCondition With Less Power Smart Transmission Mechanism Based On IOT
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Monitoring Of Human HealthCondition With Less Power Smart Transmission Mechanism Based On IOT

Category : Internet Of Things

Sub Category : Bio Medical

Project Code : ITIOT9

Project Abstract

We present a novel smart transmission technique with seamless handoff mechanism to achieve ubiquitous connectivity using multiple on-chip radios targeting remote health monitoring applications. For the first time to the best of our knowledge, a system architecture for low-power ubiquitously connected multiparametric remote health monitoring system is proposed in this paper. The architecture proposed uses a generic adaptive rule engine for classifying the collected multiparametricdata from patient and smartly transmit the data when only needed. The on-chip seamless handoff mechanism proposed aids for the ubiquitous connectivity with a very good energy savings by intelligent controlling of the multiple on-chip radios. The performance analysis of the proposed on-chip seamless handoff mechanism along with adaptive rule engine-based smart transmission mechanism achieves on an average of 50.39% of energy saving and 51.01% reduction in duty cycle of transmitter taken over 20 users compared with the continuous transmission. From the hardware complexity analysis made on the proposed seamless handoff controller and adaptive rule engine conclude that they require only 2082 CMOS transistors for real-timeimplementation.

Existing System

Proposed System

Ø In existing system, the patient must be in hospital for continuous monitoring of his health



    Ø Doctor presence must be there.

    Ø Consumes more time and more power

    Ø Difficult to monitored


Ø  In this system the patient health can be monitored even though he is not in hospital and he can do his work normally.


    Ø Even though doctor is absent health can be monitored.

     Ø  Extremely designed for low power.

      Ø  Easy monitoring system .


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