In this paper, we present a software control method that maximizes the sensing rate of
wireless sensor networks (WSNs) that are solely powered by ambient RF power. Unlike all …

In this work, we consider a point-to-point communication link where the transmitter has a
hybrid supply of energy. Specifically, the hybrid energy is supplied by a constant energy …

We investigate the optimal power control for multisensor estimation of correlated random
Gaussian sources. A group of wireless sensors obtains local measurements and transmits …

Ambient energy from solar, vibration, heat and wind provide alternative energy sources to
power sensors and extend the lifetime of wireless sensor networks which have traditionally …

In this paper, we consider two-way decode-and-forward (DF) multiple access and time
division broadcasting relaying protocols with energy harvesting (EH) nodes. We propose …

In this paper, we consider both channel state uncertainty and harvested energy state
uncertainty for a source-relay-destination communication link where the source and the …

In this paper, we present a software control method that maximizes the sensing rate of
wireless sensor networks (WSN) that are solely powered by ambient RF power. Different …

In this paper, we investigate the problem of dynamic power allocation for a multiuser
transmitter supplied by hybrid energy sources in details. Specifically, we focus on the hybrid …

Wireless sensors offer great advantages when monitoring the environment or industrial
applications due to their flexible and fast implementation. In order to power those sensors …

High data rate, reliable communication, and low power consumption are the foremost
demands for next generation of wireless communication systems. The key challenge to the …