A Study on Hybrid Cellular Energy Aware Routing for MANETs

Abstract

A hybrid wireless network is a joining of mobile ad-hoc networks (MANETs) and remote framework networks. Specifically, infra-structure systems enhance the adaptability of MANETs, while MANETs consequently build up self-arranging systems, broadening the scope of the base systems. The routing capacity is the primary period of steering convention for any system and especially for Ad hoc systems. This project presents a self-sorting out correspondence structure for developing remote scope for mobile devices, without requiring changes of existing remote networks. The CL_ZBRP routing incorporates two important phases: a baseline routing that incorporates a locally responsive and henceforth low-complexity routing sub-segment to handle portability; and an energy aware multipath routing that is inspired by an energy optimization problem and uses just nearby data. The simulation results show increment in the performance of the system regarding delay, throughput and packet delivery proportion which is superior to the current framework.