Most ad hoc mobile devices today operate on batteries. Hence, power consumption
becomes an important issue. To maximize the lifetime of ad hoc mobile networks, the power …

Advances in battery technology have fallen behind that of CPU technology. Since each node
in an ad hoc wireless network operates on batteries, power consumption becomes an …

Untethered nodes in mobile ad hoc networks strongly depend on the efficient use of their
batteries. In this paper, we propose a new metric, the drain rate, to forecast the lifetime of …

Ad hoc wireless networks are power constrained since nodes operate with limited battery
energy. To maximize the lifetime of these networks (defined by the condition that a fixed …

An ad hoc wireless network has no fixed networking infrastructure. It consists of multiple,
possibly mobile, nodes that maintain network connectivity through wireless communications …

Mobile ad hoc networks'(MANETs) inherent power limitation makes power-awareness a
critical requirement for MANET protocols. We propose a new routing metric, the drain rate …

We develop a technique to make on-demand routing protocols for ad hoc networks energy-
aware. The goal is to increase the operational lifetime of an ad hoc network where nodes …

Many minimum energy (energy-efficient) routing protocols have been proposed in recent
years. However, very limited effort has been made in studying routing overhead, route setup …

As technology rapidly increases, diverse sensing and mobility capabilities have become
readily available to devices and, consequently, mobile ad hoc networks (MANETs) are being …

Many theoretical studies show that power consumed by the routing of data-packets in a
wireless ad hoc network can be significantly reduced compared to the current min-hop max …