Performance Evaluation of Secured Patients Monitoring System in Health Care Systems

Abstract

Telemedicine is one of the hot research topics which provides health-care solutions to remote areas.There are various situations, where telemedicine plays a vital role.Nowadays psychiatrists use cloud computing to come across their patients from remote places, which makes their job easier.Telemedicine takes the help of cloud computing in robotic surgery.Normally it is done, by taking the help from alien surgeons.As the patients maintaining many numbers of queues, the urgent patients have to wait in the same queue. This situation is undesirable.Therefore the collection of real-time monitoring of patients vital data becomes a tedious job.A mathematical scenario is proposed where a single doctor is taken into consideration.In this scenario a microcontroller model is being used which consists of various smart sensors inside it.The heterogeneous smart sensors are kept intact to the patient’s body.A support staff attaches the particular smart sensors to the particular patient’s body and the sensors start recording the patient’s vital data and they send it to the central database system.This model is strictly concerned about the minimization of the traffic intensity and the maximization of the throughput.As the proposed model works on WSN environment possibility of various attacks increases.One of the important attack is taken into consideration,Black hole attack.To make our Model robust, a security model(algorithm) is added to the previously proposed model,which eradicates the complications from the sensors.