Titlebook: Device-to-Device Communications in Cellular Networks; Li Wang,Huan Tang Book 2016 The Author(s) 2016 Wireless communications.Cellular netw

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小溪

Critical Technologies for D2D Communications,d in Sect.?1.2 Exploiting D2D communications in cellular networks promotes new promising ways to operate networks in a highly efficient manner. In the following, we describe some key points required to enable D2D communications, and categorize them under three topics: proximity discovery, mode selec

armistice

Proximity Discovery for Cellular D2D Underlay, involves pairing UEs that are in close proximity [1]. This is accomplished during neighbor discovery process, where UEs will identify their neighbors for potential direct-link setup. To facilitate the deployment of D2D functionality to standard LTE cellular systems, it is necessary to explore neigh

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Bumble

Resource Management for Cellular D2D Underlay,ore attention than cellular D2D overlay, which may contribute to the high spectrum efficiency brought by spectrum reuse. However, mutual interference caused by spectrum sharing of cellular users and D2D links is an inevitable problem. So it is critical to control the mutual interference and elaborat

allergy

Summary and Future Work,c introduction and some design aspects and related technologies have been demonstrated in the first two chapters. Then, some application technologies and optimization schemes focusing on proximity discovery, mode selection, and resource management have been proposed and discussed.

allergy

2191-8112 ?Several critical technical challenges in D2D communications are discussed, and D2D standardization activities in 3GPP are provided. Topics range from proximity discovery and mode selection, to resource management. The authors investigate proximity detection solutions for enabling direct user equip

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Stan Z. Li,Ben Schouten,Massimo Tistarelli and subchannel assignment. A two-step approach is proposed by introducing energy-splitting variables such that mixed-mode allocation and resource allocation can be decoupled and optimized independently. The resulting algorithm can be distributive, requires little signaling overhead and has low computational complexity.

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