Improved WBAN EH_ MAC Protocol based on Energy Harvesting and Wake up - Sleep Duty Cycling Technique

The aim of this thesis is to devise an improved Mac protocol using Wake-up sleep duty cycle technique and Energy Harvesting technique in general WBAN (IN/ON) of Medical application. This can be defined as an organized protocol designed to control the WBAN in the health care system for the desired properties for improvement issue. Especially when time and resources are limited, one must hit the objective on the first attempt with a view to make an effective helpful strategy that takes into account the energy consumption that'll be handled as well as the routes that the suggested algorithm will chose. This study attempts to combine the Energy from multiple sources, and Suggested EH- Mac protocol with the obtained network life time in one algorithm.As soon as the WBAN starts selecting the priority of which data to be treated first, the selection goes to the emergency data the system wake up because of this signal to take the required action. This is why unveiling a new improved model with a specific characteristics (Throughput and Network life time) to Extend the Battery life time reduce the cost and risk of WBAN of changing the batteries.This suggested algorithm was designed to shed the lights on how to increase the Network life time effect based on the results of Energy Harvesting. Investing energy in its various forms and converting it from one state to another has become a basic life goal. Today, science and various industries are heading in one way or another to how to reduce the cost used to achieve any product. in another way, Using energy for free. Improving the performance of the body's wireless area network is one of the most important aspects that must be fixed at the present time due to its importance in terms of the practical and scientific aspect that constitutes the industrial and medical aspect. In this research, the energy inside the body was exploited, in addition to this feature in harvesting energy, the throughput feature and network life time have been increased.