An efficient bypassing void routing protocol based on virtual coordinate mapping for WSN

Abstract

Greedy forwarding fails when a routing void is encountered in geographic routing. To solving the routing void problem, high control packet overhead and transmission delay are usually taken in wireless sensor networks. Inspired by the edge topology without routing void, an efficient bypassing void routing protocol based on virtual coordinate mapping is proposed in the paper. The basic idea of this protocol is to transform random topology with void edge into regular one by mapping edge nodes coordinates to a virtual circle. The virtual coordinates can prevent greedy forwarding from failing, so that there is no routing void in forwarding process from source to destination and control overhead can be reduced. Furthermore, the mapped edge topology without routing void is benefit for reducing average length of routing paths and decreasing transmission delay. Compared with AODV and GPSR, simulation shows the proposed protocol has higher delivery ratio, shorter path length, less control packet overhead and energy consumption.

Energy efficient multi-hop routing protocol for smart vehicle monitoring using intelligent sensor networks

“…An effectual way on evading the valid routing protocol which is recognized on virtual routing circle has been inspected, 14 where the foremost standard relies on transmuting the arbitrary edifices that is tranquil on converting the edge nodes to a regular node by considering the mapping edge nodes to virtual nodes that transpires in a virtual circle. The reason behind electing the virtual circle is that it will avert avaricious advancing from deteriorating the proposed strategies.…”

“…However, the edge network topology has been exploited for deciphering the routing void in geographic routing. Zhang et al 14 have also emerged a new technique for void detection by establishing a path rendering the simulated harmonizes of the edge node.…”