With the advance of wireless technology, wireless devices are capable of adjusting transmit
power and physical (PHY) layer data-rate. In this paper, we investigate the problem of how …

This paper presents a fundamental understanding regarding the effect that transmitting
power has on the capacity of wireless ad hoc networks. Under the assumption that all …

In this paper, the effect of transmission power on the throughput capacity of finite ad hoc
wireless networks, considering a scheduling-based medium access control (MAC) protocol …

The lack of a general capacity theory on mobile ad hoc networks (MANETs) is still a
challenging roadblock stunting the application of such networks. The available works on this …

Considering that nodes move in wireless ad hoc networks, network topology and node
locations change. A single transmission power can not meet mobile ad hoc networks. This …

Throughput capacity is a critical parameter for the design and evaluation of ad-hoc wireless
networks. Consider n identical randomly located nodes, on a unit area, forming an ad-hoc …

Given a wireless ad hoc network and an end-to-end traffic pattern, the power rate function
refers to the minimum total power required to support different throughput under a layered …

Power conservation is one of the most important issues for ad hoc wireless networks where
nodes are likely to rely on limited battery power. Transmitting at unnecessarily high power …

Power control is an efficient way to save energy in wireless ad hoc networks. However, as
the size of networks grows, the losing from using smaller nodal transmit power may exceed …

We compute the throughput capacity of random dense wireless ad hoc networks for multi-
pair unicast traffic in which nodes are endowed with multi-packet reception (MPR) …