Successful Data Delivery with Quality Aware Route Discovery in Vehicular Adhoc Networks in Urban Scenarios

Vehicular Ad-hoc Networks (VANETs) becomes exceedingly trending at the present times and the vehicle consists of certain characteristics namely high speed, fast mobility, impulsive vehicle movement etc. and that leads to increase the power utilization and delay. That fast topographical changes lead to affect the reliability and for that purpose in this article Successful Data Delivery with Quality Aware Route Discovery in VANETs (SDQRD-VANETs) is proposed and it mainly concentrates on effective system creation which is in between the vehicles, roads and infrastructures. Then for route selection process certain methods are performed namely load analysis, travel time analysis and optimal path selection with packets forwarding. Such kind of routing approach predicted the route in highly effectual manner. The practical representation of this method is done in NS2 simulator with SUMO mobility generator. In the direction of comparative analysis, the earlier methods which are considered for the results and discussion are LRMC-VANET and PHMO-VANET. From the calculated outcome it is confirmed that SDQRD-VANETs achieved 5% higher data rate and 15% higher energy efficiency than the LRMC-VANET.