Wireless networks allow a more flexible communication model than traditional networks
since the user is not limited to a fixed physical location. Unlike cellular wireless networks, ad …

By exploiting non‐random behaviors for the mobility patterns that mobile users exhibit, we
can predict the future state of network topology and perform route reconstruction proactively …

In mobile ad hoc networks, the locations and resource-richness of mobile nodes vary
dynamically. The information used for routing by traditional routing protocols becomes …

Mobility management in ad hoc wireless networks faces many challenges. Mobility
constantly causes the network topology to change. In order to keep accurate routes, the …

This paper describes a class of novel mobile motion prediction algorithms for supporting
global mobile data accessing. Traditionally, mobility and routing management includes …

This paper presents a mobile tracking scheme that exploits the predictability of user mobility
patterns in wireless PCS networks. Instead of the constant velocity fluid-flow or the random …

Routing in large-scale mobile ad hoc networks is challenging because all the nodes are
potentially moving. Geographic routing can partially alleviate this problem, as nodes can …

This paper describes a novel predictive mobility management algorithm for supporting
mobile computing and communications. Traditionally, mobility management includes …

With current advances in technology, wireless networks are increasing in popularity.
Wireless networks allow users the freedom to travel from one location to another without …

In wireless ad-hoc networks, network partitioning occurs when the mobile nodes move with
diverse patterns and cause the network to separate into completely disconnected portions …