An enhanced obstacle-aware deployment scheme with an opposition-based competitive swarm optimizer for mobile WSNs
作者：
Highlights：
• Improve coverage redundancy and obstacle avoidance for WSN deployment.
• Propose an opposition-based modified CSO for WSN deployment optimization.
• Propose a hybrid boundary scheme in combination with the VFA as position controller.
• Adjust the sensing radius through the proposed decoding process based on the VD.
• Perform an intensive evaluation over recent state of the art WSN deployment methods.
摘要
•Improve coverage redundancy and obstacle avoidance for WSN deployment.•Propose an opposition-based modified CSO for WSN deployment optimization.•Propose a hybrid boundary scheme in combination with the VFA as position controller.•Adjust the sensing radius through the proposed decoding process based on the VD.•Perform an intensive evaluation over recent state of the art WSN deployment methods.
论文关键词：Deployment optimization,Mobile wireless sensor networks,Competitive swarm optimizer,Metaheuristic algorithm,Voronoi diagram,Virtual force algorithm,Node deployment,Coverage area
论文评审过程：Received 24 February 2021, Revised 19 June 2021, Accepted 3 October 2021, Available online 19 October 2021, Version of Record 27 October 2021.
论文官网地址：https://doi.org/10.1016/j.eswa.2021.116035
