… We begin the constructive proof of the lower bound on the throughput capacity for Random
Networks. Our treatment will be directed at the Protocol Model. Where appropriate we will …

… that network capacity is determined by the shape of the network … wireless networks can
provide throughput higher in the order sense than traditional homogeneous wireless networks …

… We consider the problem of how throughput in a wireless network with randomly located
nodes scales as the number of users n grows. We show that randomly scattered nodes can …

… derive the probabilistic throughput and the ergodic capacity for different types of networks. …
We define the throughput as the product of the probabilistic throughput pT and the (normalized…

… to the per-node throughput capacity of hybrid wireless networks over fast fading … throughput
capacity of the hybrid wireless network as follows. Definition 2. For a hybrid wireless network …

… networks. When the links are allowed to have different lengths, we show that the throughput
capacity of canonical networks … is confirmed by simulations of 802.11 canonical networks, …

… of throughput capacity of random networks. Based on the benchmark random network model,
… the advanced strategies adopted to improve the throughput capacity, and other factors that …

… unrestricted (spatial) throughput maximization: the max-throughput operating point may have
… by definition: it gives the maximum spatial throughput subject to a specified OP constraint. …

… 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. …

… Section II, we describe the hybrid wireless network model. In Section III and IV, we present
the analytical results of throughput capacity of a hybrid network, under the two different routing …