摘要
The dynamic behavior,rapid mobility,abrupt changes in network topology,and numerous other flying constraints in unmanned aerial vehicle(UAV)networks make the design of a routing protocol a challenging task.The data routing for communication between UAVs faces numerous challenges,such as low link quality,data loss,and routing path failure.This work proposes greedy perimeter stateless routing(GPSR)based design and implementation of a new adaptive communication routing protocol technique for UAVs,allowing multiple UAVs to communicate more effectively with each other in a group.Close imitation of the real environment is accomplished by considering UAVs’three-dimensional(3D)mobility in the simulations.The performance of the proposed intelligent greedy perimeter stateless routing(IGPSR)scheme has been evaluated based on end-to-end(E2E)delay,network throughput,and data loss ratio.The adapted scheme displayed on average 40%better results.The scenario has been implemented holistically on the network simulator software NS-3.
作者
贝歌
张义红
叶晓娴
彩虹
海荣
李帅
阿门德
BAIG Mohsin Ayub;ZHANG Yihong;YE Xiaoxian;SULTANA Umbrin;AKBAR Sunila;LI Shuai;AHMAD Sohail(College of Information Science and Technology,Donghua University,Shanghai 201620,China;Engineering Research Center of Digitized Textile&Fashion Technology,Ministry of Education,Donghua University,Shanghai 201620,China;School of Art and Design,Shanghai University of Engineering Science,Shanghai 201620,China;Department of Electrical Engineering,NED University of Engineering and Technology,Karachi 75270,Pakistan)
基金
Shanghai Summit Discipline in Design,China
Special Project Funding for the Shanghai Municipal Commission of Economy and Information Civil-Military Inosculation Project,China(No.JMRH-2018-1042)。
