Titlebook: Komplexität in Organisationen; Organisationstheoret Henning Bandte Book 2007 Gabler Verlag | Springer Fachmedien Wiesbaden GmbH, Wiesbaden

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bility and aim at greater human well-being. Vertical greening means a vertical triumph of greenery in a high-density urban area; it is well suited to displaying the level of smartness and greenness in a city. But conventional vertical greening is used in an open-field way, unprotected, threatened by

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areas of application to reduce CO. levels. The impact of the latter is potentially higher. Therefore, we present TUD.Net, a testbed for a metropolitan-scale heterogeneous sensor network with hundreds of nodes that help monitor and control CO. levels in urban areas. Our testbed has four major applica

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areas of application to reduce CO. levels. The impact of the latter is potentially higher. Therefore, we present TUD.Net, a testbed for a metropolitan-scale heterogeneous sensor network with hundreds of nodes that help monitor and control CO. levels in urban areas. Our testbed has four major applica

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rimary users. This ability can improve overall network performance but introduces the question of how best to use these channels. Given a routing multipath ., we would like to choose which channels each link in . should use and a corresponding transmission schedule so as to maximize the end-to-end d

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f pulsed orthogonal frequency-division multiplexing (pulsed-OFDM) ultra-wideband (UWB) systems. The proposed system will use LDPC codes to achieve higher code rates without using convolution encoding and puncturing thereby reducing the complexity and power consumption of pulsed-OFDM system. The LDPC

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better performance on network performance data collection and analysis. Database is the important component in modern network management model. Since main memory database (MMDB) stores data in main physical memory and provides very high-speed access, MMDB can suffice the requirements on data intensi

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acteristics of being less heavy, environment friendly, and biodegradable. Lignocellulosic natural fibers have immense potential to be used as reinforcing fillers due to their characteristics of being less expensive, abundant obtainability, lower density, higher specific strength and modulus, and goo