Comprehensive Performance Analysis of Energy Efficient Infrastructure-Less Network

Internet of things (IoTs) has been the smartest technology proven worldwide these days. The application products of IoTs are Mobile ad hoc network (MANET) and Vehicular ad hoc network (VANET). Both of these two are infrastructure less networks as they do not need any fixed infrastructure for operations. In MANET mobile nodes can communicate via routing protocols generally used in defense areas and in VANET Internet of vehicles (IoV) mobile vehicles communicate with other & share related information such as route directions, traffic density. The most challenging task is to maintain the efficient delivery of data packet. In current study a performance analysis of an infrastructure less network is done using two advance protocols that are implemented in a virtual traffic scenario with active mobility concept. By using the N3 simulation for stable link-based zone routing protocol (SL-ZRP) & Intelligent routing ad hoc on demand distance vector (IR-AODV). The estimated results are achieved in the form of lesser end to end delay & improved PDR by SL-ZRP but the energy consumption was high by SL-ZRP. Current study will be applicable in the defense sector where spontaneous communication setup is organized.