Soft computing based cluster head selection for secured energy aware routing in flying Ad Hoc networks (FANET)

Flying Adhoc Networks (FANET) refers to the Unmanned Air Vehicle (UAV) that is used for defense applications so that the multiple flying objects or military air vehicles can communicate with each other. Network Communications generally encounter assorted assaults from different sources and channels which creates huge vulnerabilities and susceptibilities in the overall environment. By this integration of assaults, the overall communication gets under halt and the cumulative trust factor is affected. In this paper, the different perspectives of wireless communication on flying objects are underlined with the different types of energy based attacks. FANET is a type of ad hoc network in which the temporary communication channel is created on demand so that the communication and transmission of signals can be done for specific applications with the higher degree of accuracy and performance. In this manuscript, the implementation of Simulated Fermentation Optimization (SFO) is implemented so that the higher degree of performance and optimization can be done.