We propose two multipath rate control algorithms that guarantee bounded end-to-end delay
in multihop wireless networks. Our work extends the previous research on optimal rate …

The prevalent assumption in the current utility maximisation-based rate control and
scheduling solutions for multihop wireless networks has been that bounded packet end-to …

We consider the problem of supporting traffic with elastic bandwidth requirements and
average end-to-end delay constraints in multihop wireless networks, with focus on source …

The last few years have witnessed significant developments in our understanding of how to
control multi-hop wireless networks for optimizing performance metrics such as throughput …

Consumer demand for wireless networks has experienced an exponential increase in recent
years, and such trend is expected to continue in the coming years. Therefore, there is a …

This paper studies wireless networks with multiple real-time flows that have stringent
requirements on both per-packet delay and long-term average delivery ratio. Each flow …

In this paper, we propose a cross-layer scheduling algorithm that achieves a throughput “ε-
close” to the optimal throughput in multihop wireless networks with a tradeoff of O ([1/(ε)]) in …

We analyze the delay performance of a multihop wireless network with a fixed route
between each source–destination pair. We develop a new queue grouping technique to …

In this talk we study the issue of cross-layer design for rate control in multihop wireless
networks. We have developed an optimal cross-layered rate control scheme that jointly …

The optimal rate allocation problem with end-to-end delay constraints in wireless networks is
highly challenging due to the dynamics incurred by delay related factors, such as traffic …