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http://dx.doi.org/10.6109/jkiice.2007.11.9.1799

Delay and Energy-Aware Routing Algorithm For Energy-Constrained Wireless Networks  

Casaquite, Reizel (인제공학원, 전자정보통신공학과)
Hwang, Won-Joo (인제공학원, 전자정보통신공학과)
Abstract
Wireless Ad-hoc networks may contain nodes of various types of which many can have limited power capabilities. A failure of a node due to energy exhaustion may impact the performance of the whole network hence, energy must be conserved. In this paper, we propose a Delay and Energy-Aware Routing (DEAR) algorithm a multiple metric path cost routing algorithm which considers not only the energy consumed by the node during transmission and reception but as well as the residual energy of the node and the delay incurred during route discovery. Based on our results, DEAR algorithm performs well and maximizes network lifetime by routing flows to nodes with sufficient energy such that the energy consumption is balanced among nodes in proportion to their energy reserves.
Keywords
Ad-hoc networks; energy-aware routing; routing metrics; network lifetime;
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