Titlebook: Cognitive Radio Mobile Ad Hoc Networks; F. Richard Yu Book 2011 Springer Science+Business Media LLC 2011 Cognitive Radio Mobile Ad Hoc Net

消滅

Something Borrowed, Something Sold,isfy user requirements. Simulation results show that gains up to 22% may be achieved. We have also sought the most efficient way to manage routing packets inside the Wi-Fi network. The proposal which uses links with higher throughputs enables to reach the best results, with gains up to 300% in the p

Glower

不適

調(diào)整

Cardiac-Output

防御

Environment–Mobility Interaction Mapping for Cognitive MANETs presence of areas in the network’s environment in which particular, sustained, mobility dynamics are observed. Such a self-generated map enables the cognitive MANET to plan a response to challenges brought about by these network dynamics.

松果

脆弱帶來

STYX

Topology Control and Routing in Cognitive Radio Mobile Ad Hoc Networksa smart network topology, which provisions cognition capability to routing. Particularly, we present a distributed prediction-based cognitive topology control (PCTC) scheme to demonstrate the framework and verify its feasibility.

Tortuous

Real-Time Multimedia Transmission over Cognitive Radio Networks well as modulation and coding into a distortion-delay optimization framework, important system parameters residing in different network layers are jointly optimized in a systematic way to achieve the best user-perceived video quality for secondary users in cognitive radio networks. Furthermore, the