Mobile - Wireless Communications White Papers
Towards Achieving the Maximum Capacity in Large Mobile Wireless Networks Under Delay Constraints
Overview This paper explains how to achieve the maximum capacity under delay constraints for large mobile wireless networks. It develops a systematic methodology for studying this problem in the asymptotic region when the number of nodes n in the network is large. The paper first identifies a number of key parameters for a large class of scheduling schemes, and investigates the inherent tradeoffs among the capacity, the delay, and these scheduling parameters. Based on these inherent tradeoffs, it is able to compute the upper bound on the maximum per-node capacity of a large mobile wireless network under given delay constraints. Further, in the process of proving the upper bound, it is able to identify the optimal values of the key scheduling parameters.
| Publisher | Purdue University | File Format | |
|---|---|---|---|
| Date Published | July 2007 | Downloads | 1 |
| Format | White Papers | ||
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