Lifetime maximization energy-aware routing protocol for route optimization to improve quality of service in wireless sensor networks

Wireless sensor networks (WSNs) are part of the short-term networks, including sensitivity, computation, and Wi-Fi connectivity capability. Many routing, range management, and log transfer protocols are specifically designed for WSN. The previous method showed less efficiency in routing management. The proposed lifetime maximization energy-aware routing protocol (LTMEARP) protocol is known for its high routing efficiency, giving a higher lifetime and throughput performance. The requirement for a routing system approach is advanced with Internet service provider's protocols by recalculating the routing table after the link stage's substitution worldwide, leading to responses and connection failures by sharing important data after traffic. LTMEARP routing protocol has assured high availability routing performances during traffic conditions. LTMEARP support sends homogeneous and expanded nodes. Analyze a new approach to routing-based selection algorithms for homogeneous node WSNs. The number of connections is limited and must be adjusted using separate paths and header packets to meet the user's network access location. The results show that the LTMEARP has achieved quality without introducing excessive network access program overhead, which deals with the study of communication and the benefits and problems with the performance of each routing technology.