Efficient Data Transmission Technique for Transmitting the Diagnosed Signals and Images in WBSN

distributing the number of sensor nodes randomly in a wireless sensor network. These are low-power, tiny nodes having a variety of functions, including sensing, processing, and wireless communication. Because they all have a restricted battery life, an efficient method is required to provide a longer network life for a specified quantity of energy available. A wireless body sensor network (WBSN) is a type of portable wirelessly used to monitor a user’s health and is gaining popularity in healthcare. However, existing systems demand much energy and take a long time (delay) to transfer the diagnosed signals and images to a centralized system. The proposed work seeks to provide the LLEACH routing algorithm for proficient data transmission over wireless networks, which uses less energy and transmits data faster. Performance variables like end-to-end throughput delay and packet delivery ratio are simulated and assessed for the proposed system. According to simulation results, the proposed L-LEACH algorithm is more energy-efficient than directed diffusion, RUMOR, and LEACH algorithms.