… by a wireless network. It is to these types of all wireless networks that this paper is addressed.
Such networks consist of a group of nodes which communicate with each other over a …

… We consider an ad hoc wireless network consisting of a large (infinite) number of nodes
spread over a large (infinite) area. The network is uncoordinated, meaning transmitters do not …

… The goal of this paper was to derive the asymptotic capacity of an additive white Gaussian
wireless network under a relay traffic pattern. This capacity was found under two additional …

… capacity as a function of n often do not specify the preconstant. The advantages of using TC
as a metric for wireless network … dependencies upon fundamental network parameters are …

… • We discuss five case studies that highlight the use of EC in five different wireless networks.
… radio networks CRNs, wireless local area networks, mesh networks, cellular networks, and …

… of wireless ad hoc networks, which are not tied to ad hoc phys… wireless communication
problems. The information theoretic characterization of the capacity region of wireless networks is …

… transmissions at rates close to the maximum throughput capacity? Much of the earlier work
… the maximum throughput capacity. Here, in contrast, we consider arbitrary wireless networks. …

… In a wireless network, due to … in wireless networks, we address the following question in
this paper: In the information-theoretic sense, what is the transport capacity of wireless networks …

… network’s throughput capacity. Besides answering the question of what the capacity is, we
also want to determine how this capacity … scheduling algorithms for wireless networks is how …

… This paper presents a modeling framework for the capacity of a wireless network in which
nodes communicate in the context of social groups and successful transmissions can occur …