| Publisher | University of Texas | ||
|---|---|---|---|
| Format | 241.7KB PDF | Date added | 17 Dec 2004 |
| Topics | Network Design, Mobile - Wireless Communications | ||
| Downloads | 2 | ||
This paper investigates the use of proactive multipath routing to achieve energy efficient operation of ad hoc wireless networks. The focus is on optimizing trade-offs between the energy cost of spreading traffic and the improved spatial balance of energy burdens. The paper first proposes a simple scheme for multipath routing based on node proximity. Then combining stochastic geometric and queuing models the paper develops a continuum model for such networks, permitting consideration of different types of designs, i.e., with and without energy replenishing and storage capabilities. The paper proposes a parameterized family of energy balancing strategies for grids and approximates the spatial distributions of energy burdens based on their associated second order statistics.
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