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In this work, we establish the fundamental relationship between the achievable capacity and delay in mobile wireless networks. Under an i.i.d. mobility model, we first obtain the following upper bound on the achievable capacity given a delay constraint. For a mobile wireless network with n nodes, if the per-bit-averaged mean delay is bounded by $$ \bar D$$, then the upper bound on the per-node capacity...
In this paper, we study how to achieve the maximum capacity under delay constraints for large mobile wireless networks. We develop a systematic methodology for studying this problem in the asymptotic region when the number of nodes n in the network is large. We first identify a number of key parameters for a large class of scheduling schemes, and investigate the inherent tradeoffs among the capacity,...
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