Coverage Control in Sensor Networks
This easy-to-read text focuses on challenges in coverage control in sensor networks, examines fundamental coverage problems, and presents the most recent advances and techniques in the field. Features: provides an introduction to sensors, sensor nodes, sensor networks, and sensor coverage models, su...
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Main Author | |
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Format | eBook Book |
Language | English |
Published |
London
Springer Nature
2010
Springer Verlag London Limited Springer Springer London, Limited Springer London |
Edition | 1. Aufl. |
Series | Computer Communications and Networks |
Subjects | |
Online Access | Get full text |
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Abstract | This easy-to-read text focuses on challenges in coverage control in sensor networks, examines fundamental coverage problems, and presents the most recent advances and techniques in the field. Features: provides an introduction to sensors, sensor nodes, sensor networks, and sensor coverage models, supplies an informal definition and taxonomy for network-wide coverage control, explores the node placement optimization problem for coverage configuration before network deployment, investigates the coverage lifetime maximization problem by controlling coverage characteristics in a randomly deployed network, discusses the critical sensor-density problem for coverage configuration before network deployment, examines the sensor-activity scheduling problem of controlling network coverage characteristics in a randomly deployed network, introduces the node movement strategy problem for sensor networks containing mobile nodes, presents the challenges of building intrusion barriers and finding penetration paths. |
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AbstractList | This easy-to-read text focuses on challenges in coverage control in sensor networks, examines fundamental coverage problems, and presents the most recent advances and techniques in the field. Written with a tutorial style, this introduction presents three key types of coverage control problems: point, area and barrier coverage. The fundamentals are discussed in each category, as well as the most recent advances and techniques in the field today. This easy-to-read text focuses on challenges in coverage control in sensor networks, examines fundamental coverage problems, and presents the most recent advances and techniques in the field. Features: provides an introduction to sensors, sensor nodes, sensor networks, and sensor coverage models, supplies an informal definition and taxonomy for network-wide coverage control, explores the node placement optimization problem for coverage configuration before network deployment, investigates the coverage lifetime maximization problem by controlling coverage characteristics in a randomly deployed network, discusses the critical sensor-density problem for coverage configuration before network deployment, examines the sensor-activity scheduling problem of controlling network coverage characteristics in a randomly deployed network, introduces the node movement strategy problem for sensor networks containing mobile nodes, presents the challenges of building intrusion barriers and finding penetration paths. |
Author | Wang, Bang |
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Copyright | Springer-Verlag London 2010 |
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DOI | 10.1007/978-1-84996-059-5 |
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Snippet | This easy-to-read text focuses on challenges in coverage control in sensor networks, examines fundamental coverage problems, and presents the most recent... Written with a tutorial style, this introduction presents three key types of coverage control problems: point, area and barrier coverage. The fundamentals are... |
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SubjectTerms | Computer Communication Networks Computer programming, programs, data Computer Science Sensor networks |
TableOfContents | Intro -- Preface -- Audience -- Book Overview -- Acknowledgments -- About the Author -- Contents -- Acronyms -- Introduction -- Introduction -- Sensors -- Sensor Nodes -- Microcontroller Unit -- Memory -- Sensor Unit -- Communication Unit -- Power Unit -- Sensor Networks -- Sensor Network Scenarios -- Homogeneous vs. Heterogenous Networks -- Stationary vs. Mobile Networks -- Single-Hop vs. Multi-Hop Networks -- Sensor Network Applications -- Military Applications -- Environmental Applications -- Industrial Applications -- Home Applications -- Medical Applications -- Challenges and Issues -- Sensor Network Challenges -- Energy Efficiency -- Network Autonomy -- Network Scalability -- Fault Tolerance -- Data Accuracy -- Information Security -- Key Research Issues -- Node System -- Communication Protocols -- Middleware Services -- References -- Sensor Coverage Model -- Motivations -- Sensor Coverage Models -- Boolean Sector Coverage Models -- Boolean Disk Coverage Models -- Attenuated Disk Coverage Models -- Truncated Attenuated Disk Models -- Detection Coverage Models -- Estimation Coverage Models -- References -- Network Coverage Control -- Motivations and Objectives -- Notes and Comments -- Coverage Control in the Protocol Architecture -- Notes and Comments -- Design Issues of Network Coverage Control -- Coverage Type -- Deployment Method -- Node Heterogeneity -- Activity Scheduling -- Coverage Degree -- Coverage Ratio -- Network Connectivity -- Performance Metric -- A Taxonomy for Network Coverage Problems -- Point Coverage Problems -- Area Coverage Problems -- Barrier Coverage Problems -- References -- Target Coverage Problems -- Node Placement Optimization -- Node Placement as the Set-Covering Problem -- Optimal Sensor Placement Problems -- Modeling Node Placement -- Approximation Algorithms -- Greedy Algorithm -- Simulated Annealing Genetic Algorithm -- Other Placement Problems -- Discriminative Coverage -- Detection Coverage -- References -- Coverage Lifetime Maximization -- Maximizing Target Coverage Lifetime -- Disjoint Set Cover -- Maximal Disjoint Set Cover for Complete Target Coverage -- Disjoint Set K-Cover for Minimum Coverage Breach -- Nondisjoint Set Cover -- Maximum Set Cover (MSC) for Complete Target Coverage -- Set K-Cover for Minimum Coverage Breach -- Notes and Comments -- Localized Algorithms -- Other Variants -- Maximizing Connected Target Coverage Lifetime -- Maximum Cover Tree (MCT) Problem for Connected Complete Target Coverage -- Notes and Comments -- References -- Area Coverage Problems -- Critical Sensor Density -- Deterministic Node Placement -- Node Placement in Two-Dimensional Field -- Node Placement in Three-Dimensional Space -- Notes and Comments -- Random Node Deployment -- Vacancy Analysis -- Crossing-Based Approach -- Grid-Based Approach -- Numerical Example -- Notes and Comments -- References -- Sensor Activity Scheduling -- Assumptions and Objectives -- Preserving Complete Area Coverage -- Redundancy Check Methods -- Sponsored Sector -- Perimeter Coverage -- Crossing Coverage -- Voronoi Diagram Vertices and Intersections -- Activity Scheduling Procedures -- Self-Inactivation -- Sequential Activation -- Example Scheduling Protocols -- Coverage Configuration Protocol (CCP) -- Optimal Geographical Density Control (OGDC) -- Volunteer Phase -- Decision Phase -- Notes and Comments -- Preserving Partial Area Coverage -- Random Independent Sleeping -- Neighbor Based Scheduling -- Neighbor Distance-Based Scheduling -- Neighbor-Number-Based Scheduling -- Example Scheduling Protocols -- Probing Environment and Adaptive Sleeping (PEAS) -- Layered Diffusion-based Coverage Control (LDCC) -- Basic Idea -- Protocol Description -- Notes and Comments Preserving Area Coverage and Network Connectivity -- Relation Between Area Coverage and Network Connectivity -- Connected Coverage Scheduling -- Activate Extra Nodes -- Select Connected Nodes -- Notes and Comments -- References -- Node Movement Strategy -- Healing Coverage Hole -- Hole Detection and Size Estimation -- Destination Selection -- Movement Strategy -- Optimizing Area Coverage -- Coverage Pattern Based Movement -- Virtual Force Based Movement -- Grid Quorum Based Movement -- Improving Event Coverage -- References -- Barrier Coverage Problems -- Build Intrusion Barriers -- Sensor Barrier for Intrusion Detection -- Optimal Node Placement for k-Barrier Coverage -- Existence Check of k-Barrier Coverage -- Critical Density for Providing k-Barrier Coverage -- Sensor Scheduling for Barrier Construction -- Sensor Barrier with Mobile Nodes -- References -- Find Penetration Paths -- Maximal Breach Path -- Maximal Support Path -- Exposure Path -- Detection Path -- Analysis for Path Characteristics -- References -- Appendix A Voronoi Diagram and Delaunay Triangulation -- Voronoi Diagram -- Delaunay Triangulation -- References -- Index -- Color Plates |
Title | Coverage Control in Sensor Networks |
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