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Written by leading authorities in the field, Enhancing the Performance of Ad Hoc Wireless Networks with Smart Antennas presents an overview of basic MAC and routing protocols in ad hoc networks and presents the strategies and techniques used in designing MAC and routing protocols for improved medium utilization and improved routing performance with effective load balancing using smart antennas. It addresses some of the design issues related to priority-based QoS routing protocols with smart antennas to illustrate the potential of these antennas in relation to omni-directional antennas in the context of ad hoc network. Other discussions explore open problems and challenges in the field.
Somprakash Bandyopadhyay, Siuli Roy, Tetsuro Ueda
IntroductionAd Hoc Networks: A PreambleCharacteristics of Ad Hoc Networks Some Prospective Usages of Ad Hoc Networks Some Research ChallengesPerformance Evaluation Techniques Organization of the Book The Issues and Challenges in Designing MAC and Routing ProtocolsMedia Access Control TechniquesRouting Protocols in Ad Hoc Wireless Networks Performance Evaluation Techniques Location Tracking and Media Access Control Using Smart AntennasIntroduction Introduction to Smart AntennasLocation-Tracking Mechanisms for Neighborhood DiscoveryDirectional Media Access Control Protocols A Few Assumptions and the RationalesPerformance Evaluation Discussion Location Tracking and Location Estimation of Nodes in Ad Hoc Networks: A Testbed ImplementationIntroduction Location Tracking and Neighborhood Discovery Location EstimationImplementation Results Error in Location Estimation: A Simulation StudyDiscussionA Routing Strategy for Effective Load Balancing Using SmartAntennas Introduction System Description Network-Aware Routing with Maximally Zone-Disjoint Shortest Path: An AnalysisMaximally Zone-Disjoint Multipath RoutingPerformance Evaluation DiscussionsPriority-Based QoS Routing Protocols Using Smart Antennas Introduction A Few Related DefinitionsPriority-Based QoS Routing Using Zone ReservationPriority-Based Flow-Rate Control for QoS ProvisioningUsing Feedback ControlService Differentiation in Multi-Hop Intervehicular CommunicationDiscussionsConclusion
