… a network with restricted mobility. Somewhat surprisingly, we find that delay scaling is not
affected by this mobility restriction … as the delay scaling when mobility is not restricted. This corre…

We study throughput scaling in an ad-hoc wireless network where the communication
domain is divided into overlapping neighborhoods and n mobile nodes are restricted to move …

… where thc nodes are restricted to communicate with a few … concentrate on a wireless
network with ri mobile nodes. They … our model for wireless ad hoc networks. and summarize nu …

… of wireless networks beyond classical cellular architectures. We will focus on mobile ad hoc
networks … The best we can do is to restrict transmissions to neighbors, which are at a typical …

… for mobile wireless communications, we want to choose the minimum possible range which
yet provides adequate connectivity in the face of mobility. … Here we study a restricted set of …

… The related schemes have been divided into four categories: uncontrollable mobility (UMM),
pathrestricted mobility (PRM), location-restricted mobility (LRM) and unrestricted mobility (…

… the issue of sensor network deployment using limited mobility sensors. By limited mobility,
we … Our problem is general since we place no restriction on k. If k ¼ 1, then the requirement is …

… The model has the advantages of providing a general and flexible framework for
describing mobility patterns, which are task oriented and time restricted as well as easy to implement …

… a more practical restricted random mobility model, we try to … in our restricted random mobility
model, the nodes’ mobility … and delay in the network greatly depend on the mobility of the …

… where the nodes are restricted to move along one-… restricted mobility, we attain a constant
throughput (ie, 2(1)) per user, which is significantly higher than the throughput of fixed networks…