Abstract. Success of Wireless Sensor Networks largely depends whether the deployed network can provide desired coverage with acceptable net-work lifetime. This paper proposes a distributed protocol for ensuring area coverage using a combination of mobile and static sensor nodes. Most of the assumptions made in our approach are realistic (sensing model, movement thresholds based on real radio characteristics etc.) and implementable in real-life applications. We demonstrate that, for different type of initial deployments, our proposed movement algorithms consume only 30-40 % of the energy consumed by the basic virtual force algorithm. We formulated our problem as Integer Linear Program to ar-rive at idealistic optimal solutions that form basi...
Previous work on the coverage of mobile sensor networks focuses on algorithms to reposition sensors ...
Providing field coverage is a key task in many sensor network applications. With unevenly distribute...
In this paper, we consider the self-deployment of wireless sensor network. We present a deployment s...
Hybrid sensor networks consisting of both static and mobile sensor nodes attract more research inter...
With recent advances in deploying sensor nodes mounted on mobile platforms, node mobility is becomi...
Providing field coverage is a key task in many sensor network applications. In certain scenarios, th...
For cost effective deployment and implementation, mobility is introduced in sensor networks to provi...
Covering the surveillance region is a key task for wireless sensor networks. For mobile sensors, the...
AbstractThe fundamental challenge after an arbitrary initial distribution of sensor nodes in wireles...
Reliable wide-area monitoring with Wireless Sensor Networks (WSNs) remains a problem of interest: si...
When detecting a target or monitoring a physical phenomenon in a region, the deployment problem is f...
International audienceThe area coverage is a non-trivial problem in Wireless Sensors Network (WSN) d...
Abstract — Wireless sensor networks constitute the platform of a broad range of applications related...
Providing field coverage is a key task in many sensor network applications. With unevenly distribute...
In over deployed sensor networks, one approach to Conserve energy is to keep only a small subset of ...
Previous work on the coverage of mobile sensor networks focuses on algorithms to reposition sensors ...
Providing field coverage is a key task in many sensor network applications. With unevenly distribute...
In this paper, we consider the self-deployment of wireless sensor network. We present a deployment s...
Hybrid sensor networks consisting of both static and mobile sensor nodes attract more research inter...
With recent advances in deploying sensor nodes mounted on mobile platforms, node mobility is becomi...
Providing field coverage is a key task in many sensor network applications. In certain scenarios, th...
For cost effective deployment and implementation, mobility is introduced in sensor networks to provi...
Covering the surveillance region is a key task for wireless sensor networks. For mobile sensors, the...
AbstractThe fundamental challenge after an arbitrary initial distribution of sensor nodes in wireles...
Reliable wide-area monitoring with Wireless Sensor Networks (WSNs) remains a problem of interest: si...
When detecting a target or monitoring a physical phenomenon in a region, the deployment problem is f...
International audienceThe area coverage is a non-trivial problem in Wireless Sensors Network (WSN) d...
Abstract — Wireless sensor networks constitute the platform of a broad range of applications related...
Providing field coverage is a key task in many sensor network applications. With unevenly distribute...
In over deployed sensor networks, one approach to Conserve energy is to keep only a small subset of ...
Previous work on the coverage of mobile sensor networks focuses on algorithms to reposition sensors ...
Providing field coverage is a key task in many sensor network applications. With unevenly distribute...
In this paper, we consider the self-deployment of wireless sensor network. We present a deployment s...