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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Literary Systems as Self-Organizing Systems opportunistic manner. Since unlicensed users are considered as temporary visitors to the licensed spectrum, they are required to vacate the spectrum when a licensed user reclaims it. Due to the randomness of the appearance of licensed users, disruptions to both licensed and unlicensed communication

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Wolfgang Krohn,Günter Küppers,Helga Nowotnynamic spectrum access (DSA) networks, where the . (unlicensed) users can opportunistically utilize the unused licensed spectrum in a way that confines the level of interference to the range the . (licensed) users can tolerate. However, there are many new challenges associated with cognitive radio ne

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D. Kremp,M. Schlanges,Th. Bornath operation may be achieved if each data transmission is taxed by requiring the transmitting node to participate in cooperative sensing for a prescribed time period. In this approach, each node is allowed to transmit a single packet in one transmission cycle, but must then ‘pay’ for it by spectrum se

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Thermodynamic Aspects of Selforganizationoc networks. A DSA-based ad hoc network is an infrastructure-less wireless network based on DSA and featured by self-organization, self-configuration, and self-healing. One of the challenges in such a network is the common control channel problem, which is caused by the opportunistic spectrum sharin

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https://doi.org/10.1007/978-3-642-71004-9ology will have significant impacts on upper layer performance such as topology control and routing in wireless networks, especially in mobile ad hoc networks (MANETs). The dynamic spectrum availability issue imposes more challenges on routing in CR-MANETs. Since the spectrum availability is affecte

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H. Ulbricht,F. Schweitzer,R. Mahnkesentative CR-MANET routing schemes. Then, we describe a CR-MANET model and present a novel adaptive routing design for the CR-MANET, referred to as ARDC, algorithmically and through examples. ARDC is based on the graph modeling approach, and its most significant contribution is that ARDC adapts to d

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https://doi.org/10.1007/978-3-319-27635-9adio networks, we analyze the amount of time that a packet spends to travel over the intermittent relaying links over multiple relaying hops and characterize it with the metric called .. Optimal relaying node placement strategies are derived to maximize information propagation speed. For single-hop