Distributed transmit beamforming is a form of cooperative communication in which two or
more information sources simultaneously transmit a common message and control the …

Energy efficient communication is a fundamental problem in wireless ad-hoc and sensor
networks. In this paper, we explore the feasibility of a distributed beamforming approach to …

Multi-antenna or multiple-input multiple-output (MIMO) techniques are appealing to enhance
the transmission efficiency and range for radio frequency (RF) signal enabled wireless …

Internet of Things (IoT) is a wireless network of various battery-powered sensing units. Due
to the limited battery capacity, the nonaccessible/abandoned nodes demand more energy to …

Transmit beamforming is an energy-efficient wireless communication technique that allows a
transmitter with two or more antennas to focus its bandpass signal in an intended direction …

It is now well expected that low-power sensor networks will soon be deployed for a wide
variety of applications. These networks could potentially have millions of nodes spread in …

The ability to cohere the wireless operations between separate, moving microwave systems
enables significant increases in capability for remote sensing, radar, communications, and …

Power and bandwidth are scarce resources in dense wireless sensor networks and it is
widely recognized that joint optimization of the operations of sensing, processing and …

We present theoretical and experimental results for a distributed beamforming system based
on a simple 1-bit feedback algorithm. The algorithm is based on an iterative procedure, that …

We describe a fully-wireless prototype of distributed transmit beamforming on a software-
defined radio platform. Distributed beamforming is a cooperative transmission technique that …