Service Discovery-Based Handover Processing Using Forecast Acknowledged Signal Power Policy in Wireless Network

Service discovery is one of the most pivotal roles played in the design of wireless network. This is because the nodes do not have any prior knowledge of resource availability. Cooperative Mapping of Obstacles (CMO) in wireless networks extract information based on minimum wireless measurements but the feedback received from communication signal strength was not used for further alignment. The Cross Layer Resource Allocation (CLRA) in wireless network incorporated single and multi-node uplink. The CLRA though collected private information and transmitted to the base station but optimal discovery of route was not established. To discover the service route path in wireless network Forecast Acknowledged Signal Power (FASP) policy is proposed in this paper. FASP policy introduces a handover algorithm to satisfy user preferences and network conditions. Next, forwarding active call is proceeded to neighboring base station through service discovery. FASP policy discover the service on moving nodes based on vicinity (which are closer or away) from monitored base station. FASP policy attains beneficial service discovery result with easier handover process. Using FASP value function, optimal route is selected for service discovery in wireless network. With the help of mass factor in the FASP, the active call transfer (i.e.,) handover process to neighboring wireless network is achieved. To evaluate the algorithm, Acknowledged Signal Power (ASP) efficiency, neighbor network selection performance and handover decision process are considered for experimental evaluation. More specifically, the results of FASP indicate 9.23 % improved handover processing when compared with existing state-of-art methods.