OPTIMIZATION OF D2D COMMUNICATION IN 5G WIRELESS PERSONNEL AREA NETWORK BY IMPROVED LBROM ALGORITHM

Abstract

The D2D(Device to Device communication) in (PAN) wireless personal area network  the devices are directly communication with each without any intermediate devices or network devices like Router.  They can directly communicate with devices and share the resources without Router. Even though the optimization of resource allocation between devices in WPANS is a challenging task to optimize the Network efficiency, Throughput, Scalability and Latency to balance the Quality of Service(QoS) in 5G communication network.  In this proposed research the improved load-balanced resource optimization to maximize the communication between devices in a WPAN network. The main idea of implementation is the devices in the D2D of 5G network is not overloaded. The workload will be balanced to every device. It will be managed the balancing utilization of resources like power and bandwidth to improve performance of Device-to-Device 5G network. This mode reduces the cost and maximize the systems performance. The proposed method Improved Load-Based Resource Optimization(ILBROM) is showing better performance results for improve network parameters like Network efficiency, Throughput, Scalability, Latency and improve QoS when comparison with existing models are (TSRO)traffic-shifting-based resource optimization,(JRO)joint resource optimization, (MTO) Multirate throughput optimization, (LBROM ) load-based resource optimization model.