Full Duplex HetNet FBMC relay networks Channel Estimation Interference Cancellation interference channel capacity MIMO CLI synchronization interference suppression in-band full-duplex system D-TDD 5G Multiple Antennas inter user interference OFDM mode selection WVAN channel estimation error UFMC 5G mobile communication timing misalignment ultra-dense small cell network GFDM reinforcement learning multi-access edge computing health care RSRP weighting - Computation offloading —Device-to-device (D2D) antenna arrays power uncertainty resource block management frame structure QAM Poisson arrival Short burst transmission mMTC User association Traffic Capacity OCBT Waveforms Time-division duplex self interference cancellation body area networks cellular radio quality of service amplify and forward communication Cognitive radio telecommunication traffic intercarrier interference Zigbee indoor positioning intersymbol interference spectrum sharing Cell-free Uplink SCMA system Number of training blocks Reliability Communication range Mode 3 resource allocation P-NOMA partial overlap Vehicular communication resource selection maximum likelihood method V2X user fairness cross-link interference Dynamic TDD LTE-TDD Metaheuristics QR Factorization Multi-user Receiver FS-NOMA non-orthogonal multiple access C-V2V OTDOA mMIMO User grouping packet delay estimated position updating Resource sharing Rat-dependent positioning NR positioning estimated position overlapping non-orthogonal multiple access (NOMA) overloading Power allocation Location-based distributed mode DQN spectrum partitioning massive connectivity and 5G networks. dynamic HetNet smart factory
Status : Presented 
Date : 2019-05 
Title : Location-based Resource Selection in Distributed Mode of C-V2V Systems 
Authors : Incheol Hwang, Hyejin Kim, Taehyung Kim, and Daesik Hong 
Conference : ITC-CSCC 
Abstract : In the distributed mode of cellular-based vehicleto-vehicle communication (C-V2V), vehicles select one radio resource to broadcast cooperative awareness messages (CAMs) without the support of cellular infrastructure. Since vehicles perform resource selection at their own decision, adjacent vehicles often use the same resource and cause a large amount of interference. As a result, a sufficient level of communication reliability cannot be achieved . In this paper, we propose a new location-based resource selection scheme to achieve higher reliability performance in the distributed mode. Through the simulation result, we show that the proposed resource selection scheme achieves higher reliability than the conventional resource selection scheme in the distributed mode of C-V2V. 

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» [ITC-CSCC] Incheol Hwang, Hyejin Kim, Taehyung Kim, and Daesik Hong, "Location-based Resource Selection in Distributed Mode of C-V2V Systems," ITC-CSCC 2019 Presented  2019-05