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Wireless Sensor Networking Source Book - Millennial Net

Wireless Sensor Networking Source Book - Millennial Net

Wireless Sensor Networking Source BookTable 1-1: Information provided in this guideGuide SectionChapter 2: WirelessSensor NetworkingOverviewChapter 3: NetworkDesign ConsiderationsChapter 4: Topologiesand Data ModelsChapter 5: RoutingTechniquesChapter 6: The MillennialNet SystemInformation ProvidedThis chapter provides a basic understanding of thewireless sensor network building blocks as a prerequisiteto a discussion of fundamental network designconsiderations outlined in Chapter 3.The information presented in this chapter will helpyou assess the feasibility of a wireless sensor networkin your application, to make important scopingand sizing decisions, and to establish a framework toassess different options in specifying and selecting awireless sensor network system for your application.This chapter provides a look at three “textbook”topologies and discusses the different data modelsused by wireless sensor networks to collect andmanage data.In this chapter, you’ll learn the advantages and disadvantagesassociated with the different routingtechniques developed specifically for wireless sensornetworks.This chapter provides a brief overview of MillennialNet’s wireless sensor networking platform with PersistentDynamic Routing.Symbols Used in this BookThe symbols shown in table 1-2 are used in this bookto illustrate sensor networking concepts:Table 1-2: Symbols used in this guideSymbolDescriptionSensor/actuatorApplicationEnd node2

Wireless Sensor Networking Source BookSymbolDescriptionMesh nodeGatewayDefining Wireless Sensor NetworksTypical wireless sensornetwork applicationsshare three commonrequirements: smallform factor, long batterylife, and dynamicoperating environment.Until recently, networks designed for monitoring andcontrolling sensors or actuators on a network werelimited in application and scope due to a major networkdesign consideration—the cables required toconnect the various sensors and actuators to a centralizedcollection point. In addition to the costs associatedwith installing and maintaining communicationcables (fiber optic or copper), this type of networkinfrastructure prevents sensor mobility and severelylimits the feasible applications of such a network.Thanks to significant advances in low-power radioand digital circuit design, self-organizing wirelesssensor networks are now a reality. Sensors of alltypes (temperature, motion, occupancy, vibration,etc.) can now be wirelessly enabled and deployedinexpensively and quickly.Wireless sensor networks fundamentally change theeconomics of deploying and operating a sensor network,unlocking opportunities to achieve new efficienciesin production processes, building control, ormonitoring, to name just a few. Wireless sensor networksalso enable the development of a brand new3

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