Wireless sensor networks (WSNs) are now frequently used to collect all necessary sensory
data for decision-making. As a result, it is common for the sensor and sink nodes to …

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 …

Solar harvesting, as the most mature environmental energy harvesting technology, can
provide a convenient, low-carbon, and off-grid solution for energy-constrained WSN in …

Node deployment is a matter of considerable concern in designing wireless sensor networks
(WSNs). This paper studies this issue in the context of rechargeable WSNs (RWSNs). We …

可充电无线传感网(rechargeable wireless sensor network, RWSN) 凭借其易部署, 可扩展,
自组网等特点, 可全方位控制微电网源网荷储信息采集的深度和广度, 提升微电网智能调度水平 …

This article considers deriving set covers or the set of active nodes that are responsible for
monitoring all targets in an Internet of Things (IoT) network. A key distinction to prior works is …

In this article, we study an industrial Internet of Things (IIoT) network with a sink/gateway that
is capable of decoding multiple transmissions via successive interference cancellation (SIC) …

This article studies targets coverage in an energy harvesting (EH) Internet of Things (IoT)
network. Specifically, it addresses the problem of activating subsets of EH sensor nodes to …

This article considers the problem of monitoring one or more mobile targets over a given
planning horizon. Unlike previous works, it leverages ambient backscatter communication to …

A key task in Internet of Things (IoTs) networks is determining the active time of a set of
devices or set covers to monitor static targets. This task, however, requires the battery level …