In this chapter, we consider a system of rechargeable sensor nodes deployed redundantly in
the region of interest for monitoring and data gathering purposes. As discussed in Chapter 1 …

This paper introduces a novel charging strategy for wireless rechargeable sensor networks
(WRSNs), in which a mobile charger (MC) moves and wirelessly transfers the power to the …

We address the problem of optimal node activation in a sensor network, where the
optimization objective is represented by a time-average generalized coverage metric. We …

As an epoch-making technology, wireless power transfer incredibly achieves energy
transmission wirelessly, enabling reliable energy supplement for Wireless Rechargeable …

Restricted by finite battery energy, traditional wireless sensor networks (WSNs) can only
maintain for a limited period of time, resulting in serious performance bottleneck in long-term …

This paper considers the problem of generating the shortest time division multiple access
(TDMA) schedule for use in rechargeable wireless sensor networks (rWSNs) with …

This paper considers the problem of activating links in a rechargeable Wireless Sensor
Network (rWSN). Unlike past works, it considers:(i) the energy harvesting time of nodes,(ii) a …

Wireless sensor networks are widely used for everything from border security to monitoring
waterway pollution. Supplying energy for long term deployment is a main challenge in the …

The development of wireless power transfer (WPT) technology has inspired the transition
from traditional battery-based wireless sensor networks (WSNs) towards wireless …

In this paper, we present a mobile charging policy for perpetual operation of large-scale
wireless rechargeable sensor networks (WRSNs). In these networks, dedicated mobile …