A cross-layer design along with an optimal resource allocation framework is formulated for
wireless fading networks, where the nodes are allowed to perform network coding. The aim …

This paper deals with network-coded multicast for real-time and streaming-media
applications where packets have explicit expiration deadlines. Most of the popular network …

We propose a new model for the wireless broadcast advantage based on a polymatroid
structure. This model is a generalization of the predominating hypergraph model. The …

We consider the problem of jointly optimizing random access and subgraph selection in
coded wireless packet networks. As opposed to the corresponding scheduling approach, the …

We study the throughput region of random access in coded wireless packet networks. We
propose a distributed and robust fixed point algorithm that determines whether given coded …

In this work, we address network coding for the multiple access layer in wireless networks.
We propose a scheduling technique that activates hyperarcs rather than arcs, as in classical …

Communication networks have evolved from specialized, research-and military-oriented
transmission systems to large-scale and highly complex interconnections of intelligent …

In this work, we consider the optimization problem of minimizing energy consumption for real-
time multicast over wireless multi-hop networks. Previously, a distributed primal-dual …

A cross-layer design approach is proposed that can be used to optimize the cooperative use
of multi-packet reception (MPR) and network coding. A simple and intuitive model is …