Transmission of electroencephalography (EEG) is an important issue in the field of telemedicine area. To develop such a system which assists the doctors for case study, diagnosis of the disease and also proves helpful during live surgery, is gaining an importance. In such a system transmission plays a vital role. The area of transmission has therefore attracted attention of numerous researchers, making it a thrust area for further investigations and developments. The requirement of neurologist is accurate, minute details, meaningful and timely information of EEG data. For this purpose the PMS should get the data which is more accurate, error free and support to the time. So wireless body area network (WBAN) plays an important role for bio signal data transmission. WBAN consist of low power and light weighted sensor nodes which are useful in ubiquitous healthcare applications. WBAN should exchange data and control information in high speed as it remotely monitors various appliances when it operates in remote patient monitoring system. WBAN are used to monitor health condition on remote patient monitoring system and to analysis day to day health condition. WBAN provides remote health monitoring of patients for a long time on different nodes such as electroencephalography (EEG), Electromyography (EMG), Electrocardiogram (ECG) etc that are deployed for human body to collect different parameters and forward them to remote medical server, internet for analysis by doctor. The innovation aims to contribute in the advancement of transmission by exploring and developing various basic communication techniques for WBAN system for transmission. In this innovation a WBAN transmitter and WBAN receiver is developed using few basic communication technique for transmission of EEG data. A new developed proposed system based upon the knowledge of real time data, and communication modules further develop for error free transmission. The new algorithm is explored for impro
