Enhanced seagull optimization based node localization scheme for wireless sensor networks
International Journal of Advanced Technology and Engineering Exploration · 2022
Lately, wireless sensor networks (WSN) are rapidly emerging and commonly utilized in monitoring wideranging public housing, medical, environmental, and military applications [1].Defining the position of an event is a critical problem in WSN applications, and it is worthless when the sensed information has no position data [2,3].This necessitates the usage of placement algorithm and mechanism, and thereby, we could attain the node location in WSN [4].Due to less necessity for hardware, the non-ranging position method is appropriate for largescale wireless adhoc networks and sensor networks [5].Node localization (NL), coverage, the power consumption of sensor node (SN), data routing problems, etc., are the several problems in WSN applications [6,7].