Abstract
The nature of wireless mobile ad hoc networks depend on batteries or other fatiguing means for their energy. A limited energy capacity may be the most significant performance constraint. Therefore, radio resource and power management is an important issue of any wireless network. There is a need to reduce interference by controlling transmit power of the Mobile Terminals (MTs). Power aware design and estimation of transmit power requires familiarity with the energy consumption behavior, path loss, and interference of wireless systems. Moreover, selection of gateways, in case of availability of more than one gateway, has not been introduced thoroughly. Gateways maintain connectivity of the network and integrate two types of networks with each other. This paper introduces a mathematical analysis of power adjustment to control the transmit power using maximum transmission range and intermediate node methods for sending packets. We use these equations in selecting gateways in the simulation experiments according to two different criteria: the gateway with the highest energy level and the gateway with the least number of neighbors.
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