Full-view coverage realized by camera sensor networks (CSNs) is highly demanded for
monitoring and recognizing objects appearing at target points. However, it aggravates the …

Recent years have witnessed the fast proliferation of camera sensors networks (CSNs) in
numerous Internet of Things (IoT) applications. In order to a capture distinct image of targets …

Due to the generation and transmission of video data, the high energy consumption rates of
wireless nodes result in short lifetime of a visual sensor network, which has been commonly …

Area coverage is an important research issue in the field of visual sensor networks (VSNs)
because of the inherent constraints of VSNs, such as non-rechargeable energy resources …

Recently, full-view coverage has been introduced to capture intruders from multiple
directions in the camera sensor networks. It is more efficient than traditional coverage in …

We explore camera scheduling and energy allocation strategies for lifetime optimization in
image sensor networks. For the application scenarios that we consider, visual coverage over …

Visual sensors can be used to retrieve still images or video streams in a large set of
monitoring applications, providing valuable information of the monitored environment. In …

Wireless Rechargeable Sensor Networks (WRSNs) with perpetual network lifetime have
been used in many Internet of Things (IoT) applications, like oceanic monitoring and …

In this paper, we study full-view coverage in camera sensor networks, by exploiting their
limited mobility of orientation rotation. We focus on the fairness based coverage …

Unlike conventional scalar sensors, camera sensors at different positions can capture a
variety of views of an object. Based on this intrinsic property, a novel model called full-view …