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

Immunization

Network Layerdeliver data all the way from the source to the destination. Although all routing protocols share this goal, each protocol adopts a different approach to achieve it. The routing strategy has a significant impact on the performance of ad hoc and sensor networks, especially since the nodes act as routers.

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Concluding Remarks and Future Directionss, and low latency. The applicability of Jurdak’s framework to the diverse case studies highlights the success of synergistic approaches that provide flexibility for multiple scenarios on one hand and efficient performance for each scenario on the other.

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Ad Hoc and Sensor Networks: Opportunities and Challengespport of a base station or a central controller. From the applications perspective, wireless ad hoc networks are useful for situations that require quick or infrastructureless local network deployment, such as crisis response, conference meetings, military applications, and possibly home and office

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Physical Layerpe of energy used for communication, and the mapping of information bits to energy. A transmitter can send a signal through a variety of physical media, including wires, air, and water. Several communication technologies that use different energy types for encoding information also exist, such as ra

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Transport and Middleware Layersn in Figure 5.1. Some of the current ad hoc and sensor networks efforts do not require the services and functionality of these higher layers, so they build applications directly on top of the network layer. However, the rapid maturing of the ad hoc and sensor network applications will soon require t