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Fundamentals of sensor network programming [electronic resource] : applications and technology / Sridhar S. Iyengar ... [et al.].

Contributor(s): Material type: TextTextPublication details: Oxford : Wiley-Blackwell, 2010.Description: 1 online resourceISBN:
  • 9780470890158 (electronic bk.)
  • 0470890150 (electronic bk.)
Subject(s): Genre/Form: Additional physical formats: Print version:: Fundamentals of sensor network programming.DDC classification:
  • 681.2
Online resources:
Contents:
Machine generated contents note: I. OVERVIEW -- 1. Introduction -- 1.1. Some Foundational Information -- 1.2. Next-Generation Sensor Networked Tiny Devices -- 1.3. Sensor Network Software -- 1.4. Performance-Driven Network Software Programming -- 1.5. Unique Characteristics of Programming Environments for Sensor Networks -- 1.6. Goals of the Book -- 1.7. Why TinOS and NesC -- 1.8.Organization of the Book -- 1.9. Future Demands on Sensor-Based Software -- Problems -- References -- 2. Wireless Sensor Networks -- 2.1. Sensor Network Applications -- 2.2. Characteristics of Sensor Networks -- 2.3. Nature of Data in Sensor Networks -- Problems -- References -- 3. Sensor Technology -- 3.1. Sensor Level -- 3.2. Server Level -- 3.3. Client Level -- 3.4. Programming Tools -- Problems -- References -- II. BACKGROUND -- 4. Data Structures for Sensor Computing -- 4.1. Introduction to Sensor Computing -- 4.2.Communication Capabilities -- 4.3. General Structure of Programming -- 4.4. Details on Embedded Data Structures -- 4.5. Linked List -- 4.6. Importance of Graph Concepts in Sensor Programming -- 4.7. Graph and Trees -- 4.8. Trees -- 4.9. Graph Traversal -- 4.10. Connectivity -- 4.11. Planar Graphs -- 4.12. Coloring and Independence -- 4.13. Clique Covering -- 4.14. Intersection Graph -- 4.15. Defining Data Structure of Spanning Tree Protocols -- Problems -- References -- 5. Tiny Operating System (TinyOS) -- 5.1.Components of TinyOS -- 5.2. An Introduction to NesC -- 5.3. Event-Driven Programming -- Problems -- References -- 6. Programming in NesC -- 6.1. NesC Programming -- 6.2.A Simple Program -- Problems -- References -- III. SENSOR NETWORK IMPLEMENTATION -- 7. Sensor Programming -- 7.1. Programming Challenges in Wireless Sensor Networks -- 7.2. Sensing the World -- 7.3. Applications Using the Interface SplitControl -- Problems -- References -- 8. Algorithms for Wireless Sensor Networks -- 8.1. Structural Characteristics of Sensor Nodes -- 8.2. Distinctive Properties of Wireless Sensor Networks -- 8.3. Sensor Network Stack -- 8.4. Synchronization in Wireless Sensor Networks -- 8.5. Collision Avoidance: Token-Based Approach -- 8.6. Carrier Sensing Versus Decoding -- Problems -- References -- 9. Techniques for Protocol Programming -- 9.1. The Mediation Device Protocol -- 9.2. Contention-Based Protocols -- 9.3. Programming with Link-Layer Protocols -- 9.4. Automatic Repeat Request (ARQ) Protocol -- 9.5. Transmitter Role -- 9.6. Alternating-Bit-Based ARQ Protocols -- 9.7. Selective Repeat/Selective Reject -- 9.8. Naming and Addressing -- 9.9. Distributed Assignment of Networkwide Addresses -- 9.10. Improved Algorithms -- 9.11. Content-Based Addressing -- 9.12. Flooding -- 9.13. Rumor Routing -- 9.14. Tracking -- 9.15. Querying in Rumor Routing -- Problems -- References -- IV. REAL-WORLD SCENARIOS -- 10. Sensor Deployment Abstraction -- 10.1. Sensor Network Abstraction -- 10.2. Data Aggregation -- 10.3. Collaboration Group Abstractions -- 10.4. Programming Beyond Individual Nodes -- Problems -- References -- 11. Standards for Building Wireless Sensor Network Applications -- 11.1.802. XX Industry Frequency and Data Rates -- 11.2. ZigBee Devices and Components -- 11.3. ZigBee Application Development -- 11.4. Dissemination and Evaluation -- Problems -- References -- 12. INSPIRE: Innovation in Sensor Programming Implementation for Real-Time Environment -- 12.1. Motivation and Background -- 12.2. Software Microframework Requirements -- References -- 13. Performance Analysis of Power-Aware Algorithms -- 13.1. Introduction -- 13.2. Service Architecture -- 13.3. Approaches To WSN Programmability -- 13.4. Simulation Capabilities -- 13.5. Benchmarking -- 13.6. Conclusion -- Problems -- References -- 14. Modeling Sensor Networks Through Design and Simulation -- 14.1. Introduction -- 14.2. Why a New Simulator -- 14.3. Currently Available Simulators -- 14.4. Simulation Design -- 14.5. Implementation Details -- 14.6. Experimental Results -- 14.7. Final Comments -- Appendix -- Acknowledgments -- Problems -- References -- 15. MATLAB Simulation of Airport Baggage-Handling System -- 15.1. Introduction -- 15.2. Background -- 15.3. Proposed Architecture -- 15.4. Simulation Results and Discussion -- 15.5. Source Code -- Problems -- References -- 16. Security in Sensor Networks -- 16.1. Introduction -- 16.2. Security Constraints -- 16.3. Denial-of-Service Attacks in Multiple Layers -- 16.4. Some Well-Known Algorithms for Security Problems -- 16.5. Secure Information Routing -- 16.6. Security Protocols for Sensor Networks -- 16.7. Final Comments -- Problems -- References -- 17. Closing Comments.
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Machine generated contents note: I. OVERVIEW -- 1. Introduction -- 1.1. Some Foundational Information -- 1.2. Next-Generation Sensor Networked Tiny Devices -- 1.3. Sensor Network Software -- 1.4. Performance-Driven Network Software Programming -- 1.5. Unique Characteristics of Programming Environments for Sensor Networks -- 1.6. Goals of the Book -- 1.7. Why TinOS and NesC -- 1.8.Organization of the Book -- 1.9. Future Demands on Sensor-Based Software -- Problems -- References -- 2. Wireless Sensor Networks -- 2.1. Sensor Network Applications -- 2.2. Characteristics of Sensor Networks -- 2.3. Nature of Data in Sensor Networks -- Problems -- References -- 3. Sensor Technology -- 3.1. Sensor Level -- 3.2. Server Level -- 3.3. Client Level -- 3.4. Programming Tools -- Problems -- References -- II. BACKGROUND -- 4. Data Structures for Sensor Computing -- 4.1. Introduction to Sensor Computing -- 4.2.Communication Capabilities -- 4.3. General Structure of Programming -- 4.4. Details on Embedded Data Structures -- 4.5. Linked List -- 4.6. Importance of Graph Concepts in Sensor Programming -- 4.7. Graph and Trees -- 4.8. Trees -- 4.9. Graph Traversal -- 4.10. Connectivity -- 4.11. Planar Graphs -- 4.12. Coloring and Independence -- 4.13. Clique Covering -- 4.14. Intersection Graph -- 4.15. Defining Data Structure of Spanning Tree Protocols -- Problems -- References -- 5. Tiny Operating System (TinyOS) -- 5.1.Components of TinyOS -- 5.2. An Introduction to NesC -- 5.3. Event-Driven Programming -- Problems -- References -- 6. Programming in NesC -- 6.1. NesC Programming -- 6.2.A Simple Program -- Problems -- References -- III. SENSOR NETWORK IMPLEMENTATION -- 7. Sensor Programming -- 7.1. Programming Challenges in Wireless Sensor Networks -- 7.2. Sensing the World -- 7.3. Applications Using the Interface SplitControl -- Problems -- References -- 8. Algorithms for Wireless Sensor Networks -- 8.1. Structural Characteristics of Sensor Nodes -- 8.2. Distinctive Properties of Wireless Sensor Networks -- 8.3. Sensor Network Stack -- 8.4. Synchronization in Wireless Sensor Networks -- 8.5. Collision Avoidance: Token-Based Approach -- 8.6. Carrier Sensing Versus Decoding -- Problems -- References -- 9. Techniques for Protocol Programming -- 9.1. The Mediation Device Protocol -- 9.2. Contention-Based Protocols -- 9.3. Programming with Link-Layer Protocols -- 9.4. Automatic Repeat Request (ARQ) Protocol -- 9.5. Transmitter Role -- 9.6. Alternating-Bit-Based ARQ Protocols -- 9.7. Selective Repeat/Selective Reject -- 9.8. Naming and Addressing -- 9.9. Distributed Assignment of Networkwide Addresses -- 9.10. Improved Algorithms -- 9.11. Content-Based Addressing -- 9.12. Flooding -- 9.13. Rumor Routing -- 9.14. Tracking -- 9.15. Querying in Rumor Routing -- Problems -- References -- IV. REAL-WORLD SCENARIOS -- 10. Sensor Deployment Abstraction -- 10.1. Sensor Network Abstraction -- 10.2. Data Aggregation -- 10.3. Collaboration Group Abstractions -- 10.4. Programming Beyond Individual Nodes -- Problems -- References -- 11. Standards for Building Wireless Sensor Network Applications -- 11.1.802. XX Industry Frequency and Data Rates -- 11.2. ZigBee Devices and Components -- 11.3. ZigBee Application Development -- 11.4. Dissemination and Evaluation -- Problems -- References -- 12. INSPIRE: Innovation in Sensor Programming Implementation for Real-Time Environment -- 12.1. Motivation and Background -- 12.2. Software Microframework Requirements -- References -- 13. Performance Analysis of Power-Aware Algorithms -- 13.1. Introduction -- 13.2. Service Architecture -- 13.3. Approaches To WSN Programmability -- 13.4. Simulation Capabilities -- 13.5. Benchmarking -- 13.6. Conclusion -- Problems -- References -- 14. Modeling Sensor Networks Through Design and Simulation -- 14.1. Introduction -- 14.2. Why a New Simulator -- 14.3. Currently Available Simulators -- 14.4. Simulation Design -- 14.5. Implementation Details -- 14.6. Experimental Results -- 14.7. Final Comments -- Appendix -- Acknowledgments -- Problems -- References -- 15. MATLAB Simulation of Airport Baggage-Handling System -- 15.1. Introduction -- 15.2. Background -- 15.3. Proposed Architecture -- 15.4. Simulation Results and Discussion -- 15.5. Source Code -- Problems -- References -- 16. Security in Sensor Networks -- 16.1. Introduction -- 16.2. Security Constraints -- 16.3. Denial-of-Service Attacks in Multiple Layers -- 16.4. Some Well-Known Algorithms for Security Problems -- 16.5. Secure Information Routing -- 16.6. Security Protocols for Sensor Networks -- 16.7. Final Comments -- Problems -- References -- 17. Closing Comments.

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