Although topology control has received much attention in stationary sensor networks by
effectively minimizing energy consumption, reducing interference, and shortening end-to …

Broadcasting, in the context of ad-hoc networks, is a costly operation, and thus topology
control has been proposed to achieve efficient broadcasting with low interference and low …

The topology of an ad hoc network has a significant impact on its performance in that a
dense topology may induce high interference and low capacity, while a sparse topology is …

Topology control in mobile ad-hoc networks allows better spatial reuse of the wireless
channel and control over network resources. Topology control algorithms tend to optimise …

Topology Control (TC) is one of the most important techniques used in wireless ad hoc and
sensor networks to reduce energy consumption (which is essential to extend the network …

Topology control is the problem of adjusting the transmission parameters, chiefly power, of
nodes in a Mobile Ad Hoc Network (MANET) to achieve a desired topology. Over the last …

This paper proposes two topology control algorithms–ABsolute Distance-based (ABD) and
PRedictive Distance-based (PRD), which adjust the transmission range of individual nodes …

By adjusting the transmission power of mobile nodes, topology control aims to reduce
wireless interference, reduce energy consumption, and increase effective network capacity …

Since wireless mobile ad hoc networks are arbitrarily and dynamically deployed, the
network performance may be affected by many unpredictable factors such as the total …

Localized topology control is attractive for obtaining reduced network graphs with desirable
features such as sparser connectivity and reduced transmit powers. In this paper, we focus …