Titlebook: 6G Mobile Wireless Networks; Yulei Wu,Sukhdeep Singh,Aloknath De Book 2021 The Editor(s) (if applicable) and The Author(s), under exclusiv

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https://doi.org/10.1007/978-3-642-61071-4nts such as office, data center and aircraft cabins are evaluated in this chapter. A laser diode (LD) with four wavelengths (red, green, yellow and blue) is used to provide high bandwidth for communication and white light for illumination. Also, an angle diversity receiver (ADR) is utilized to recei

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https://doi.org/10.1007/978-3-642-61071-4les include autonomous driving, piloting crewless aerial vehicles, smart grid energy trading, and others. In this chapter, we define the following requirements for 6G, following the predicted density and heterogeneity of the autonomous connected device landscape: (1) ultra-dense wireless communicati

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https://doi.org/10.1007/978-3-642-61071-4ccurate decision making, while linking the result to a contextual awareness. To break the heterogeneity in data and the intermittent nature of resources, we propose a framework deploying unsupervised learning mechanisms via meta-learning which enables clustering trends in separate tasks which are la

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https://doi.org/10.1007/978-3-642-61206-0 intelligence makes it one of the viable solutions for 6G networks. Moreover, key technical areas and technology advances such as new spectrum bands, cognitive spectrum sharings, photonics-based cognitive radio, innovative architecture models, terahertz communications, holographic radio, advanced du

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?konomische Instrumente in der Umweltpolitikd further out from the core towards the edge of the network, hence reduced latency is achieved. Fog nodes are massively distributed in the network, some benefit from wired connections, and others are connected via wireless links. The question of where to allocate services remains an important task a

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E. Sümer,G. Benckiser,J. C. G. Ottowirtualization, software-defined networking (SDN), network slicing, etc. in NG-RAN. In this regard, we aim to (i) provide a comprehensive overview on key concepts towards the RAN of sixth generation (6G) system; (ii) study various legacy RAN implementations, reported in literature, from different per

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C. G. Gliesche,P. Hirsch,N. C. Holmrt survey on the integration of blockchain with 5G networks and beyond. In this detailed survey, our primary focus is on the extensive discussions on the potential of blockchain for enabling key 5G technologies, including cloud computing, edge computing, Network Function Virtualization, Network Slic

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