IEEE Vehicular Technology Magazine

Papers
(The TQCC of IEEE Vehicular Technology Magazine is 4. The table below lists those papers that are above that threshold based on CrossRef citation counts [max. 250 papers]. The publications cover those that have been published in the past four years, i.e., from 2021-06-01 to 2025-06-01.)
ArticleCitations
VTS Membership182
Renew Your Membership166
IEEE App91
Table of Contents78
High-Density Platooning in Cellular Vehicle-To-Everything Systems: On the Importance of Communication-Aware Networked Control Design75
Table of Contents60
Front Cover59
Cellular Localization for Autonomous Driving: A Function Pull Approach to Safety-Critical Wireless Localization58
Energy-Efficient Connected and Automated Vehicles: Real-Time Traffic Prediction-Enabled Co-Optimization of Vehicle Motion and Powertrain Operation57
Lidar Object Perception Framework for Urban Autonomous Driving: Detection and State Tracking Based on Convolutional Gated Recurrent Unit and Statistical Approach57
Toward 6G Multicell Orthogonal Time Frequency Space Systems: Interference Coordination and Cooperative Communications56
Leveraging RIS-Enabled Smart Signal Propagation for Solving Infeasible Localization Problems: Scenarios, Key Research Directions, and Open Challenges56
September 2022 Land Transportation News [Transportation Systems]56
Front cover48
Front Cover47
VTC2022-Fall Call for Papers46
VTS Bylaws Changes [Society News]45
Front Cover44
IEEE Feedback44
Reconfigurable Intelligent Surface Empowered Optimization for Spectrum Sharing: Scenarios and Methods38
Legislation Supports Autonomous Vehicles But Not Connected Ones [Connected and Automated Vehicles]37
How Does a Digital Twin Network Work Well for Connected and Automated Vehicles: Joint Perception, Planning, and Control36
Vision-Assisted Millimeter-Wave Beam Management for Next-Generation Wireless Systems: Concepts, Solutions, and Open Challenges33
Positioning Evolutions in 5G Standardization: Potential, Solutions, and Challenges of Sidelink Positioning for Connected Mobility32
A Farewell Message [From the Editor]31
Connecting the Mobile World With VTS [President’s Message]31
Celebrating 75 Years of the IEEE VTS [President’s Message]30
Generative Artificial intelligence-Enhanced MultiModal Semantic Communication in Internet of Vehicles: System Design and Methodologies30
Generative artificial intelligence-oriented synthetic network: Toward Integrated Fine-Tuning and Inference When Generative Artificial Intelligence Meets Edge Intelligence in the Intelligent Internet o27
IEEE VTS Distinguished Lecturer Program26
Partnering to Build the V2X Ecosystem [Connected and Automated Vehicles]26
Tech RXIV: Share Preprint Research With the World!25
Enhancement of Satellite-To-Phone Link Budget: An Approach Using Distributed Beamforming24
Mobile Terahertz Communication and Sensing Systems: A Future Look24
Automated Trucks Overtake Self-Driving Cars [Connected and Automated Vehicles]24
Initiatives for Wireless Channel Sounding Standards in IEEE [Standards]23
IEEE Vehicular Technology Society Conference VTC2021-Fall22
Share Your Preprint Research with the World!20
Wireless Africa 202419
Activities on Legislation for Autonomous Vehicles Take Off [Connected and Automated Vehicles]18
VTC Coming Soon17
VTS Awards Presented at VTC2023-Fall in Hong Kong [Awards]17
Longitudinal Motion Control of Electric Vehicles: Glocal Model and Design Using Passivity17
Publications16
Aligning the Light for Vehicular Visible Light Communications: High Data Rate and Low-Latency Vehicular Visible Light Communications Implementing Blind Interference Alignment16
IEEE VPPC 202416
Table of contents16
IEEE Feedback15
The Challenges of Universal Broadband Connectivity [Mobile Radio]15
5G Standalone Deployments Are on the Rise [Mobile Radio]14
Causal Reasoning: Charting a Revolutionary Course for Next-Generation AI-Native Wireless Networks14
Positioning and Sensing in 6G: Gaps, Challenges, and Opportunities13
December 2022 Land Transportation News [Transportation Systems]13
Artificial Intelligence for 6G Networks: Technology Advancement and Standardization13
Masthead13
A Contribution to Safe Railway Operation: Evaluating the Effect of Electromagnetic Disturbances on Balise-to-BTM Communication in Railway Control Signaling Systems12
Innovations Shaping the Future of Automotive Electronics [Automotive Electronics]12
Advancing Automotive Electronics: The Role of Collaborative Education and Project Development [Automotive Electronics]12
The 6G Mobile Network as a Smart Sensor Platform [Mobile Radio]12
Generative Artificial Intelligence-Empowered Multidomain Internet of Vehicles Systems: Scalability, Efficiency, and Suitability12
Collaborative Driving: Learning-Aided Joint Topology Formulation and Beamforming12
Front Cover11
Welcome to the March 2022 Issue [From the Editor]11
High-Speed, Low-Latency In-Vehicle Network Based on the Bus Topology for Autonomous Vehicles: Automotive Networking and Applications10
Welcome to the March 2024 Issue [From the Editor]10
Always Look on the Bright Side of Life [Connected and Automated Vehicles]9
Staff list9
Front Cover9
Vehicular Technology Magazine Staff List9
Table of Contents9
Embodied Artificial Intelligence-Enabled Internet of Vehicles: Challenges and Solutions9
Table of Contents8
IEEE DataPort8
Table of Contents8
Cooperative Multiterminal Radar and Communication: A New Paradigm for 6G Mobile Networks8
June 2022 Land Transportation News [Transportation Systems]8
Automotive Electronics: Key System Components [Automotive Electronics]8
Recent Advances in Automated Driving Technologies [From the Guest Editors]8
Staff List8
December 2024 Land Transportation News [Transportation Systems]8
Making Smarter and Faster Mobile Networks: When the Edge Meets AI [Mobile Radio]8
December 2023 Land Transportation News [Transportation Systems]7
Get Yourself a Private, Portable 5G Network [Mobile Radio]7
Reconfigurable Intelligent Surface (RIS)-Aided Vehicular Networks: Their Protocols, Resource Allocation, and Performance7
Staff list7
Welcome to the June 2023 Issue [From the Editor]7
Perceptive Mobile Networks: Cellular Networks With Radio Vision via Joint Communication and Radar Sensing7
What Is Next for Automotive Electronics? [Automotive Electronics]7
Promises Come to Fruition as 5G Reaches Critical Mass [Mobile Radio]7
5G Consolidates Deployment by Targeting New Bands [Mobile Radio]7
IEEE App7
IRS-Aided High-Accuracy Positioning for Autonomous Driving Toward 6G: A Tutorial6
Clothoid-Based Lane-Level High-Definition Maps: Unifying Sensing and Control Models6
Cooperative Generative AI for UAV-Based Scenarios: An Intelligent Cooperative Framework6
Control Layer Security: A New Security Paradigm for Cooperative Autonomous Systems6
An Overview of VTS Technical Committees [President’s Message]6
Reconfigurable Intelligent Surface-Assisted Aerial Nonterrestrial Networks: An Intelligent Synergy With Deep Reinforcement Learning6
Staff List6
Vehicular Technology Society5
Federated Multiagent Deep Reinforcement Learning for Intelligent IoT Wireless Communications: Overview and Challenges5
Slicing-Aware Aerial Networks for Integrated Sensing and Communication: 3D Placement and Adaptive Allocation of Resources5
Awards and Recognition5
Front cover5
Safety-Related Cooperative, Connected, and Automated Mobility Services: Interplay Between Functional and Security Requirements5
A Comprehensive Failure Analysis Method for a Fusion Localization System: A Case Study on Vector High-Definition Map and Vision Matching5
V2X Communications for Maneuver Coordination in Connected Automated Driving: Message Generation Rules5
Table of Contents5
2023 Index IEEE Vehicular Technology Magazine Vol. 184
Intelligent Reflecting Surface-Aided Vehicular Networks Toward 6G: Vision, Proposal, and Future Directions4
Free Space Optical Communications for Intelligent Transportation Systems: Potentials and Challenges4
Drone-to-Vehicle Integration of Data: Design Concept and Application to Vehicle Automation System4
Visual Camouflage and Online Trajectory Planning for Unmanned Aerial Vehicle-Based Disguised Video Surveillance: Recent Advances and a Case Study4
Six Critical Challenges for 6G Wireless Systems: A Summary and Some Solutions4
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