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

garrulous

Environment–Mobility Interaction Mapping for Cognitive MANETstered; such is the rationale of an ad hoc network that it must address the networking demands of unforeseen scenarios. Rather, a cognitive MANET should be viewed as a feature-rich radio system, i.e. one which has access to a range of radio and network components, each suited to different demands. Su

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Transfusion

干涉

Control Channel Management in Dynamic Spectrum Access-Based Ad Hoc Networksoc 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

背书

Topology Control and Routing in Cognitive Radio Mobile Ad Hoc Networksology 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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Routing Schemes for Cognitive Radio Mobile Ad Hoc Networkssentative 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

Gum-Disease

Delay in Cognitive Radio Networksadio 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

确定方向

Real-Time Multimedia Transmission over Cognitive Radio Networks in video applications, user-perceived video quality experienced by secondary users is a very important performance metric to evaluate the effectiveness of CR technologies. However, most current research only considers spectrum utilization and effectiveness at MAC and PHY layers, ignoring the system

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