… in terms of network performance, ie, a network with higher uncertainty may perform better.
Our objective is to characterize the outage probabilities and the local throughput for the …

… , which is traditionally measured by its throughput. This paper presents a unifying framework
for characterizing the local throughput in wireless networks. We first analyze the throughput …

… Even when the nodes are optimally placed in a disk of unit area, and the range of each
transmission is optimally selected, a wireless network cannot provide a throughput of more than …

… consider the fundamental throughput limits of wireless ad hoc networks under fading channels
… We also give a complete picture of the throughput scaling laws of wireless ad hoc network …

… permutation routing algorithms of packets across a mesh of PUs to our ad hoc wireless
network. Let us fix , the number of users. The first correspondence is between PUs and squarelets …

… wireless networks with very limited local resources. More specifically, we investigate a linear
wireless network in which packets enter the network … nodes, and exit the network at a fixed …

… This paper presents the first distributed scheduling algorithms for wireless networks that
obtain 100% throughput. We have used a framework that generates random matchings and …

… throughput. Regarding multihop traffic, we show that if the network satisfies only the single-hop
Local … achieve maximum throughput. Therefore, we present new conditions for Multihop …

… throughput … throughput, implying that significant asymmetry in network capacity could be
undesirable for our users. While these results are only valid for this local-area wireless network …

… to approach the absolutely maximum throughput in wireless ad hoc networks, we refer to
a … unicast throughput in wireless ad hoc network. A parallel goal of improving throughput is …