Titlebook: Application and Multidisciplinary Aspects of Wireless Sensor Networks; Concepts, Integratio Liljana Gavrilovska,Srdjan Krco,Roman Trobec Bo

Madison

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匍匐前进

推延

Position-Based Routing Protocols for Ad Hoc Networksng an efficient and correct route between a source and a destination. The need for scalable and energy-efficient protocols, along with the recent availability of small, inexpensive, and low-power positioning instruments justify adopting position-based routing algorithms in mobile ad hoc networks.

crescendo

Sensor Networks’ Integrationreal-world settings. Most of these applications and the corresponding sensor networks they use are designed as vertically integrated systems [1–3]. In such vertical systems, a sensor network or a limited set of mostly homogeneous sensor networks are deployed for a specific application in mind. The a

Fulminate

Mobility Aspects in WSN each other. The introduction of mobility of sensor nodes can significantly affect and improve the overall network performances. Sensor nodes may move by self-driving (e.g. mounted on wheels) or by being attached to transporting devices (e.g. robots, people, vehicles, or animals) resulting in longer

crockery

Modeling for Geo-Routing in Multi-Hop Wireless Networkser is required for analysis and simulation of multi-hop networking in sensor and ad hoc networks. This work describes a physically realistic model for the log-normal correlated shadow fading loss, and investigates the importance of the shadowing correlation length on designing protocols for ad hoc a

vitreous-humor

Optimized Positioning of ECG Electrodes for WSN Applicationslectrodes measure the electrical potential differences on the body surface induced by the electrical currents through the heart muscle and surrounding conductive tissues. The method is simple and noninvasive and, therefore, widely used for diagnostic purposes in cardiology. The initial breakthrough

Irremediable

Vehicular Sensor Networks: General Aspects and Implementation Issues) gives rise to the concept of . (.). VSNs are a subset of Vehicular Ad-hoc NETworks (VANETs) placed either in vehicles or alongside roads creating an end-to-end reliable network for disseminating sensor data gathered from a vehicular environment. Depending on the communication path, VSNs encompass

寻找

游行

ETF WSN Testbed: Practical Health Enhancing Application of Wireless Sensor Networkssearchers and students to look into possible ways to use emerging sensor network technology for enhancement of personal and public health. ETF’s researchers responded with a variety of proposed applications, ranging from a fitness monitoring application (Smart Running Track), to environmental hazard