Abstract—Camera sensors can collect visual information from regions of interest (RoI) and provide more informa-tion to classify the intruder. In practice, randomly deployed camera sensors can not guarantee that the barrier is full-view covered, and lead to a waste of sensing resources. Our work takes the first attempt to explore the deploy-ment strategy to achieve full-view barrier coverage with rotatable camera sensors. We propose a method to select camera sensors from an existing and arbitrary deployment and determine their orientation to obtain a full-view barrier coverage. Our simulation results demonstrate that our algorithm outperforms existing algorithms for fixed directional camera sensors in saving the number of camera sensors. I
Wireless sensor and actuator networks have been extensively deployed for enhancing industrial contro...
In this work, we formalize the problem of barrier coverage, that is, the problem of preventing undet...
We study the barrier coverage problem using relocatable sensor nodes. We assume each sensor can sens...
Abstract—In wireless sensor networks, barrier coverage is a fundamental category of coverage problem...
[[abstract]]In order to increase the Quality of Monitoring (QoM) of Wireless Visual Sensor Networks ...
Unlike conventional scalar sensors, camera sensors at different positions can capture a variety of v...
Abstract—Due to hardware design or cost consideration, sensors may possess sector-like sensing cover...
Unlike the conventional coverage issue in camera sensor networks, the airport surface surveillance b...
We consider several variations of the problems of covering a set of barriers (modeled as line segmen...
Recently, full-view coverage was introduced to capture intruders from any direction in camera sensor...
Abstract- The use of wireless sensor networks to protect sensitive facilities or international borde...
We consider several variations of the problems of covering a set of barriers (modeled as line segmen...
The use of wireless sensor networks to protect sensitive facilities or international borders has att...
When a sensor network is deployed to detect objects penetrating a protected region, it is not necess...
Sensor placement has many applications and uses that can be seen everywhere you go. These include, b...
Wireless sensor and actuator networks have been extensively deployed for enhancing industrial contro...
In this work, we formalize the problem of barrier coverage, that is, the problem of preventing undet...
We study the barrier coverage problem using relocatable sensor nodes. We assume each sensor can sens...
Abstract—In wireless sensor networks, barrier coverage is a fundamental category of coverage problem...
[[abstract]]In order to increase the Quality of Monitoring (QoM) of Wireless Visual Sensor Networks ...
Unlike conventional scalar sensors, camera sensors at different positions can capture a variety of v...
Abstract—Due to hardware design or cost consideration, sensors may possess sector-like sensing cover...
Unlike the conventional coverage issue in camera sensor networks, the airport surface surveillance b...
We consider several variations of the problems of covering a set of barriers (modeled as line segmen...
Recently, full-view coverage was introduced to capture intruders from any direction in camera sensor...
Abstract- The use of wireless sensor networks to protect sensitive facilities or international borde...
We consider several variations of the problems of covering a set of barriers (modeled as line segmen...
The use of wireless sensor networks to protect sensitive facilities or international borders has att...
When a sensor network is deployed to detect objects penetrating a protected region, it is not necess...
Sensor placement has many applications and uses that can be seen everywhere you go. These include, b...
Wireless sensor and actuator networks have been extensively deployed for enhancing industrial contro...
In this work, we formalize the problem of barrier coverage, that is, the problem of preventing undet...
We study the barrier coverage problem using relocatable sensor nodes. We assume each sensor can sens...