Performance Evaluation for High-Intensive PHI Process and Transmission in m-Healthcare

Abstract: Wireless technology is being used extensively in health care. However, the development of m-Healthcare still faces many challenges including information security and privacy preservation. In order to create a secure privacy preserving opportunistic framework for patient health care monitoring system a smart time based body sensor networks with a set of proxies together is used. In this system, the patient blood pressure and pulse level is checked every time when the input arrives from the patient side. Once the patient input reaches the below level or the above level with the body sensor input settings, the server immediately send the information about the patient details including patient name, patient address and the contact number to the ambulance control number. Simultaneously, the server sends a password request to the concern doctor which is already set for the patient during registration. In return, the doctor sends an acknowledgement with a password to the server, the server recognizes the password which is sent by the doctor and if the password authenticated successfully, then the server immediately pass the preserved content about the patient to the doctor and pass the doctor details to the patient mobile vice versa. In order to produce a strong security scheme, one.com cloud drive server is used, where the default server side encryption is enabled and it also support an additional back bone to the proposed system. By implementing this system, the patient healthcare is monitored with more secure and in efficient manner.

Keywords: M-healthcare emergency, Opportunistic Computing, PHI, PPSPC, User–Centric Privacy Access Control