Most wireless ad hoc networks consist of mobile devices which operate on batteries. Power
consumption in this type of network therefore is paramount important. To maximize the …

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 …

For on-demand power-aware routing in wireless multi-hop networks, no efficient mechanism
is currently available to avoid the overhead involved in frequently learning the available …

Energy efficient routing has been the subject of intensive study. Most work has been focused
on residual battery power related cost metrics for a homogeneous ad hoc network where all …

In this paper we propose a new energy aware routing protocol for mobile ad-hoc networks.
Nodes in a mobile ad-hoc network operate on batteries, and hence designing energy aware …

In this paper, we present Minimizing the Maximum used Power Routing Algorithm (MIVIPR)
in Mobile ad hoc network (MANET). Most previous energy aware routing protocols usually …

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 …

The chief limiting factor for current mobile devices is the amount of battery power. Most of
these devices run on lithium-ion, rechargeable batteries. These batteries have a lifetime of a …

Numerous studies on energy-efficient routing for multihop ad hoc networks (MANET) look at
extending battery life by minimizing the cost at the transmitting node. In this paper, we study …

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 …