We consider the following Antenna Orientation Problem: Given a connected Unit Disk Graph
(UDG) formed by n identical omnidirectional sensors, what is the optimal range (or radius) …

Traditional study of wireless sensor networks has relied on the assumption that sensors
transmit and receive using an omnidirectional antenna. There has been some recent study …

Traditional approaches to connectivity in sensor networks are based on the omnidirectional
antenna model which relies on the assumption that the sensors send and receive in all …

Inspired by the well-known Dipole and Yagi antennae we introduce and study a new
theoretical model of directional antennae that we call double antennae. Given a set P of n …

In this paper, we study the antenna orientation problem concerning symmetric connectivity in
directional wireless sensor networks. We are given a set of nodes each of which is equipped …

Connectivity in wireless sensor networks may be established using either omnidirectional or
directional antennae. The former radiate power uniformly in all directions while the latter …

In this paper, we study the Antenna Orientation (AO) problem concerning symmetric
connectivity in Directional Wireless Sensor Networks. We are given a set of nodes each of …

Let S be a set of points in the plane, such that the unit disk graph with vertex set S is
connected. We address the problem of finding orientations and a minimum radius for …

Given a set S of points in the plane representing wireless devices, each point equipped with
a directional antenna of radius r and aperture angle α⩾ 180°, our goal is to find orientations …

We study a combinatorial geometric problem related to the design of wireless networks with
directional antennas. Specifically, we are interested in necessary and sufficient conditions …