Journal of Transportation Technologies

Journal of Transportation Technologies

ISSN Print: 2160-0473
ISSN Online: 2160-0481
www.scirp.org/journal/jtts
E-mail: jtts@scirp.org
"A Survey of Wireless Communication Technologies & Their Performance for High Speed Railways"
written by Subharthi Banerjee, Michael Hempel, Hamid Sharif,
published by Journal of Transportation Technologies, Vol.6 No.1, 2016
has been cited by the following article(s):
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[2] Review on development of heterogeneous smart cooperative vehicular networks in rail transit
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[6] Performance Analysis of Train-Ground Communication System for Vacuum Tube High-Speed Flying Train
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[8] Geometric Loss Analysis for Single Curve Track FSO Ground to Train Communications Link
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[9] DSRC-Enabled Train Safety Communication System at Unmanned Crossings
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[10] Wireless Digital Train Line for Passenger Trains
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[11] High-Speed Railway Communication System Using Linear-Cell-Based Radio-Over-Fiber Network and Its Field Trial in 90-GHz Bands
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[12] Wireless communication for high-speed passenger rail services: A study on the design and evaluation of a unified architecture
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[13] Organizing Wireless Network at Marshalling Yards Using the Bee Method
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[14] Beyond‐sparsity–based doubly selective channel estimation for high‐mobility multiuser MIMO‐OFDM systems
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[15] Mesh Network for Railways
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[16] Novel Frequency Offset Estimation Scheme for Reliable Wireless Communication using Modified K-Means Clustering
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[17] High Speed Train Wireless Communication: Handover Performance Analysis for Different Radio Access Technologies
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[18] A Framework for High-Speed Passenger Train Wireless Network Radio Evaluations
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[19] Przyszłość bezprzewodowych systemów łączności kolejowej
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[20] A Hybrid Communication System Using Pulse Position and Width Modulation
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[21] Innovative Communication System for Railways Smart Metering Towards System Efficiency Improvement
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[22] MRR scheduling based cognitive LTE-R eNode B and type of service value priority queue management strategy
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[23] LTE-R 기반 철도 통신 표준화 동향
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[24] Providing Reliable Throughput with UPWARC as a Wireless Communications Architecture for High-Speed Trains
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[25] Security Evaluation of Cellular Networks Handover Techniques
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[26] A time-domain estimation method of rapidly time-varying channels for OFDM-based LTE-R systems
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[27] A novel proposal for implementing massive MIMO and user and control plane decoupling with UPWARC
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[28] 5G-UCDA in High Speed Rail with Multi Antenna-to-Logical Cell Circular FIFO Mapping Strategy
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[29] Feasibility Study and Performance Evaluation of Vehicle-to-Everything (V2X) Communications Applications
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[30] Standardization Trends of Railway Communication based on LTE-R
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[31] Key Issues for GSM-R and LTE-R
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[32] MIMO System Performance Using Leaky Coaxial Cables in Confined Area
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[33] Cognitive radio: A method to achieve spectrum sharing in LTE-R system
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[34] A System Level Evaluation of SRTA-PI Transmission Scheme in the High-Speed Train Use Case
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[35] 基于 MRR 调度的认知 LTE-R 基站和服务类型值优先队列管理
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[36] Mobile edge computing based QoS optimization in medical healthcare applications
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[37] 802.16 j Application in High Speed Rail System
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[38] Performance Analysis of a novel Passenger Train Wireless Communications Architecture for High-Speed Trains
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[39] Realizing Railway Cognitive Radio: A Reinforcement Base-Station Multi-Agent Model
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[40] Development Trends of Mobile Communication Systems for Railways
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[41] Nowe technologie w syetmach radiowej łączności kolejowej
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[42] Transmission Performance of Application Traffics on High Speed Railway Communications
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[43] UPWARC: User plane wireless adaptable reliable communication, a new architecture for high speed train passenger internet services
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[44] Scattering of Electric Field from Leaky Coaxial Cable in Confined Area
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[45] Analysis of the failure tolerance of linear access networks
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[46] Propagation Measurements at 5.8 GHz for Railroad Intelligent Transportation Systems
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[47] Towards the Internet of Smart Trains: A Review on Industrial IoT-Connected Railways
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[48] 5G-UCDA Multi Antenna-To-Logical Cell Circular FIFO Mapping Strategy For High-Speed Train Wireless Communications
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[49] Decoupled U/C plane architecture for HetNets and high speed mobility: research directions & challenges
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[50] Real time traffic control system using wavelet neural networks signal for wireless communication technology of future high speed railways performance in Thailand …
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[51] Beam steering application for W-band data links with moving targets in 5G wireless networks
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[52] Transmission Performance of Application Traffic on LTE Networks
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[53] Transmission Performance of Video Traffic on LTE-R Networks
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[54] Fast Handoff in Wireless Communication Technology
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[55] Trends of Mobile Communication Technologies for Electric Railway Systems
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[56] Trends of Railway Communication Services based on LTE-R
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[57] Design of dynamic SNS on the high-speed railway: Virtual crew service
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[58] Software for Fresnel-Kirchoff Single Knife-Edge Diffraction Loss Model
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[59] Laboratory demonstration of FSO ground-to-train communications with multiple base stations
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[60] RESOURCE EFFICIENT FOR HYBRID FIBER-WIRELESS COMMUNICATIONS LINKS IN ACCESS NETWORKS WITH MULTI RESPONSE OPTIMIZATION …
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