Wireless sensor networks: principles and practice

BASICSIntroductionMAC LayerRoutingOther Communication IssuesSensor LocalizationClock SynchronizationPower ManagementSpecial WSNsWSN ApplicationsENGINEERING DESIGNHardware - Sensor Mote Architecture and DesignComponents of a Sensor MotePut Everything TogetherMica Mote DesignCustomized Mote-SpecCOTS Dust SystemsTelos MoteCargoNetNETWORK PROTOCOL STACKMedium Access Control in Wireless Sensor NetworksOverview of Project IEEE 802.11Classification of MAC ProtocolsRouting in Wireless Sensor NetworksIntroductionLayout for the ChapterClassification of Routing Protocols in WSNsData-Centric Routing Protocols in WSNsHierarchical Routing Protocols in WSNsLocation-Based Routing Protocols in WSNsMultipath and QoS-Based RoutingTransport layer in Wireless Sensor NetworksPump Slowly, Fetch QuicklyAnother WSN Transport Protocol-ESRTE2SRT: Enhanced ESRT PerformanceCODA: Congestion Detection and Avoidance in SensorSTCP: A Generic Transport Layer Protocol for WSNsGARUDA: Achieving Effective ReliabilityCOMPUTER SCIENCE PRINCIPLESOperating System in SensorsTinyOSLA-TinyOS-A Locality-Aware Operating System for WSNsSOSRETOSMiddleware Design in Wireless Sensor NetworksIntroductionReference Model of WSN MiddlewareMiddleware Example: AgillaMiddleware for Data Acquisition: MiresData Storage: DSWareWSN Runtime Support Example: MateQoS Support Example: MiLANSensor Data ManagementSensor Data CleaningTinyDB: An Acquisitional Query-Processing System for Sensor NetworksData Aggregation: AIDASensor Data Storage: Tiered Storage ARchitecture (TSAR)Multi-Resolution Data ProcessingADVANCED TOPICSSensor LocalizationElements of LocalizationUsing Mobile Robots for Sensor LocalizationSensor Localization with Multidimensional ScalingLocalization in Wireless Sensor NetworksGPS-Free Node Localization in Mobile WSNA High-Accuracy, Low-Cost Localization System for WSNLOCALE: Collaborative.

Localization Estimation for Sparse Mobile Sensor NetworksOn the Security of WSN LocalizationTime Synchronization in Wireless Sensor NetworksSynchronization in General Networks (Non-WSN)Clock Synchronization in WSNsEvaluation of Synchronization PerformanceExamples of WSN Synchronization ProtocolsProblems and ExercisesSecurity and Privacy in Wireless Sensor NetworksAttack and Countermeasure Example: Wormhole AttackWSN Security Example: Blom-Based ApproachBroadcast Authentication: TESLAPractical Security Schemes for "Motes"Special Case: Secure Time Synchronization in WSNsSPECIAL WIRELESS SENSOR NETWORKSWireless Sensor and Actor NetworksSensor-Actor Coordination ProblemHierarchical Sensor-Actor Coordination MechanismUnderwater Sensor NetworksUSN Protocol StackMAC Design ExampleRouting Design Example: Vector-BasedHardware Prototype DesignVideo Sensor NetworksPanoptesCyclopsVSN CalibrationSensEyeMISCELLANEOUS TOPICSWSN Energy ModelBasic WSN Energy ModelSimulation-Based Energy ModelingBattery-Aware RoutingSensor Network SimulatorsGloMoSimSensorSimTOSSIMPowerTOSSIMCASE STUDIESCase Study 1: Tele-HealthcareMASN Hardware DesignReliable MASN Communication ProtocolsMASN Software DesignIntegration of RFID and Wearable SensorsCase Study 2: Light ControlIllumimote's SensorsSystem Architecture CalibrationSystem EvaluationLight ControlEach chapter includes an introduction, problems, and exercises.

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BASICS; ; Introduction; MAC Layer; Routing; Other Communication Issues; Sensor Localization; Clock Synchronization; Power Management; Special WSNs; WSN Applications; ; ENGINEERING DESIGN; ; Hardware -- Sensor Mote Architecture and Design; Components of a Sensor Mote; Put Everything Together; Mica Mote Design; Customized Mote--Spec; COTS Dust Systems; Telos Mote; CargoNet; ; NETWORK PROTOCOL STACK; ; Medium Access Control in Wireless Sensor Networks; Overview of Project IEEE 802.11; Classification of MAC Protocols; ; Routing in Wireless Sensor Networks; Introduction; Layout for the Chapter; Classification of Routing Protocols in WSNs; Data-Centric Routing Protocols in WSNs; Hierarchical Routing Protocols in WSNs; Location-Based Routing Protocols in WSNs; Multipath and QoS-Based Routing; ; Transport layer in Wireless Sensor.

Fetch Quickly; Another WSN Transport Protocol--ESRT; E2SRT: Enhanced ESRT Performance; CODA: Congestion Detection and Avoidance in Sensor; STCP: A Generic Transport Layer Protocol for WSNs; GARUDA: Achieving Effective Reliability; ; COMPUTER SCIENCE PRINCIPLES; ; Operating System in Sensors; TinyOS; LA-TinyOS--A Locality-Aware Operating System for WSNs; SOS; RE…