In this paper, we jointly design the charging scheme and sensor schedules to maximize the QoM. We formulate our problem formally as the maximum QoM charging and ...

Abstract—Though much existing work exploits wireless power charging to enhance sensor network performance such as routing and data aggregation, few efforts ...

In this paper, we jointly design the charging scheme and sensor schedules to maximize the QoM. We formulate our problem formally as the maximum QoM charging and ...

In this paper, we jointly design the charging scheme and sensor schedules to maximize the QoM. We formulate our problem formally as the maximum QoM charging and ...

This paper designs joint charging and scheduling schemes to maximize the Quality of Monitoring (QoM) for stochastic events, which arrive and depart ...

In this paper, we consider the scenario in which a mobile charger (MC) periodically travels within a sensor network to recharge the sensors wirelessly.

In this paper, we for the first time investigate the optimal scheduling problem in WRSN for stochastic event capture, i.e., how to jointly mobilize the readers ...

In this paper, we first propose the concept of UWRSNs (underwater wireless rechargeable sensor networks) and then develop a series of 3D charging schemes for ...

This work transforms the problem of charging a 3-D WRSN with an Unmanned Aerial Vehicle to maximize charged energy within energy constraints into a ...

... event capture in wireless rechargeable sensor ... Near optimal charging and scheduling scheme for stochastic event capture with rechargeable sensors.