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

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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

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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.

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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.

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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