Publications

In cellular networks, it is desirable to reduce the energy consumed by base stations as they contribute to a major percentage of the energy consumed by the network.

Coding with a single fixed rate may not achieve the maximum throughput of a compound channel if the transmitter only has access to channel state statistics.

An integrated framework of optimal rate allocation for video coding is presented in the case of transmission over wireless channels without feedback channels.

Let G be a finite graph with vertex set V(G) and edge set E(G).* Let I and ft be nonempty subsets of V(G) (not necessarily disjoint) and let S denote the set v(G)(i u a ) = {»e y«7)i»$/uo}.

A study of rearrangeable connecting networks, begun in a previous paper,1 is here continued; the object of the present work is to solve the synthesis problem of choosing, from a class of networks t

Optimal Reception for Binary Partial Response Channels By M. J.

Due to the increasing need of health monitoring at home or in senior center, we study the optimal relay node placement problem for wireless sensor networks with data collection and localization req

Batch resource allocation problem arises in the context of executing a sequence of automated system tests or dis- tributed computations where resources are pooled together and flexibily matched wit

Batch resource allocation problem arises in the context of executing a sequence of automated system tests or dis- tributed computations where resources are pooled together and flexibly matched with

In this paper, we extend recent results on fair and stable resource allocation in wireless networks to include multicast flows, in particular multi-rate multicast.