Titlebook: Wireless Ad Hoc and Sensor Networks; A Cross-Layer Design Raja Jurdak Book 2007 Springer-Verlag US 2007 Hardware.architecture.architectures

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Application Layerhance existing life activities. A wide range of applications motivates ad hoc and sensor network development efforts. The unique context of each application scenario requires highly customized performance guarantees. This chapter examines the proposed applications and the related performance require

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Cross-Layer Designhrough an examination of the unique requirements of ad hoc and sensor networks, and we outline guidelines for cross-layer models for these networks. The next two chapters focus on existing cross-layer approaches. Chapter 8 examines proposed cross-layer architectures for ad hoc and sensor networks, w

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Cross-Layer Architecturess-layer model, focusing on how to interface or integrate layers from across the communication stack. Recent cross-layer architectures have promoted information sharing across existing protocol layers while maintaining the separation of functionality between layers. The domination of information shar

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UWB Ad Hoc Network) promoting fair access; (3) minimizing connection setup latency; and (4) minimizing control overhead. Figure 11.1 shows the customized framework to achieve the global policy for an UWB network. Each node maintains a local state table that includes perceived interference, received radio power, commu

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Acoustic Underwater Sensor Networkions. One particular civilian application of interest is the deployment of underwater acoustic sensor networks. The main challenges of deploying such a network are the cost and the limited battery resources of individual sensor nodes. Thus, this case study aims at maximizing the network lifetime and

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Concluding Remarks and Future Directionse the second part of the book discusses explicit cross-layer design. Part III of the book takes Jurdak’s cross-layer optimization framework as an example that is applicable to three diverse case studies. The case studies cover both ad hoc and sensor networks with diverse communication technologies (

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Ad Hoc and Sensor Networks: Opportunities and Challengesnetworks. Ad hoc networks could, for instance, empower medical personnel and civil servants to better coordinate their efforts during large-scale emergencies that bring infrastructure networks down, such as the September 11 attacks or the 2003 blackout in the northeast region of the United States.

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Physical Layerdio frequency waves, microwave, infrared, ultra wide band radio, and acoustics. In this chapter, we briefly explore the communication media and technology possibilities for ad hoc and sensor networks.