Abstract — Sensor network deployment is very challenging due to hostile and unpredictable nature of usage environments. In this letter, we propose two methods for the self-deployment of mobile sensors. The first one is a randomized solution that provides both simplicity and applicability to different environments. Inspired by simulated annealing, it improves both speed and energy conservation of the deployment process. The other method is suggested for environments where sensors form a connected graph, initially. At the cost of this extra limitation, we gain considerable improvements. Index Terms — Ad hoc sensor network, deployment, simulated annealing, heuristic algorithms. I
Several applications have been proposed for wireless sensor networks, including habitat monitoring, ...
Copyright © 2014 Jian Chen et al.This is an open access article distributed under theCreativeCommons...
Energy hole is an inherent problem caused by heavier traffic loads of sensor nodes nearer the sink b...
Abstract — Wireless Sensor networks are infrastructure-less and fully distributed systems of self-co...
Sensor networks are envisioned to revolutionize our daily life by ubiquitously monitoring our enviro...
International audienceOne of the fundamental design issues in mobile wireless sensor networks is how...
Many visions of the future include people immersed in an environment surrounded by sensors and intel...
In this paper, we develop an algorithm to deploy an energy efficient sensor network such that it pro...
In this dissertation, we propose cost-effective algorithms for deploying mobile sensors in tradition...
© 2017 IEEE. Mobile wireless sensor networks are gaining importance for diverse application in recen...
AbstractThe fundamental challenge after an arbitrary initial distribution of sensor nodes in wireles...
Wireless sensor networks extend the capability to monitor and control far-flung environments. Howeve...
We consider a mobile ad-hoc sensor network. The mobility of the sensor nodes is designed with the jo...
Abstract — The efficiency of sensor networks depends on the coverage of the monitoring area. Althoug...
Mobile sensor networks are important for several strategic applications devoted to monitoring critic...
Several applications have been proposed for wireless sensor networks, including habitat monitoring, ...
Copyright © 2014 Jian Chen et al.This is an open access article distributed under theCreativeCommons...
Energy hole is an inherent problem caused by heavier traffic loads of sensor nodes nearer the sink b...
Abstract — Wireless Sensor networks are infrastructure-less and fully distributed systems of self-co...
Sensor networks are envisioned to revolutionize our daily life by ubiquitously monitoring our enviro...
International audienceOne of the fundamental design issues in mobile wireless sensor networks is how...
Many visions of the future include people immersed in an environment surrounded by sensors and intel...
In this paper, we develop an algorithm to deploy an energy efficient sensor network such that it pro...
In this dissertation, we propose cost-effective algorithms for deploying mobile sensors in tradition...
© 2017 IEEE. Mobile wireless sensor networks are gaining importance for diverse application in recen...
AbstractThe fundamental challenge after an arbitrary initial distribution of sensor nodes in wireles...
Wireless sensor networks extend the capability to monitor and control far-flung environments. Howeve...
We consider a mobile ad-hoc sensor network. The mobility of the sensor nodes is designed with the jo...
Abstract — The efficiency of sensor networks depends on the coverage of the monitoring area. Althoug...
Mobile sensor networks are important for several strategic applications devoted to monitoring critic...
Several applications have been proposed for wireless sensor networks, including habitat monitoring, ...
Copyright © 2014 Jian Chen et al.This is an open access article distributed under theCreativeCommons...
Energy hole is an inherent problem caused by heavier traffic loads of sensor nodes nearer the sink b...