We obtain improved upper and lower bounds on the best case and random case transport
capacities of wireless networks under the Protocol Model of communication in Reference 1 …

We derive upper bounds on the transport capacity of wireless networks. The bounds
obtained are solely dependent on the geographic locations and power constraints of the …

In this correspondence, we study the capacity region of a general wireless network by
deriving fundamental upper bounds on a class of linear functionals of the rate tuples at …

We present capacity results for three classes of wireless ad hoc networks, using a general
framework that allows their unified treatment. The results hold with probability going to 1 as …

When n identical randomly located nodes, each capable of transmitting at W bits per second
and using a fixed range, form a wireless network, the throughput/spl lambda/(n) obtainable …

We study the capacity of static wireless networks, both ad hoc and hybrid, under the Protocol
and Physical Models of communication, proposed in [1]. For ad hoc networks with n nodes …

We consider networks consisting of nodes with radios, and without any wired infrastructure,
thus necessitating all communication to take place only over the shared wireless medium …

We develop a new metric for quantifying end-to-end throughput in multihop wireless
networks, which we term random access transport capacity, since the interference model …

Existing work on the capacity of wireless networks predominantly considers homogeneous
random networks with random work load. The most relevant bounds on the network …

We address the problem of how throughput in a wireless network scales as the number of
users grows. Following the model of Gupta and Kumar, we consider n identical nodes …