A Review on Vehicle To Vehicle Communication Using BlockChain by Muhammed Ali Aydın, Fatih Keleş, Şükrü Okul

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Harnessing Vehicle-to-Vehicle Communications for 3G Downloads on the Move by Yanmin Zhu, Qinghua Chen, Chao Chen

“…In addition, vehicle-to-vehicle communications have been practical and can be exploited for intervehicle data delivery. …”
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An Improved GOMP Sparse Channel Estimation for Vehicle-to-Vehicle Communications by Xin Chen, Xudong Zhang, Yaolin Zhu, Ruiqing Ma

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Vehicle-to-Vehicle Communication Channel Estimator Based on Gate Recurrent Unit by Jun-Han Wang, He He, Kosuke Tamura, Shun Kojima, Jaesang Cha, Chang-Jun Ahn

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Usability Analysis of Collision Avoidance System in Vehicle-to-Vehicle Communication Environment by Hong Cho, Gyoung-Eun Kim, Byeong-Woo Kim

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An environmental channel throughput and radio propagation modeling for vehicle-to-vehicle communication by Mohammed Abdulhakim Al-Absi, Ahmed Abdulhakim Al-Absi, TaeYong Kim, Hoon Jae Lee

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Geometry-Based Channel Modelling for Vehicle-to-Vehicle Communication: A Review by Jalel Chebil, Hanene Zormati, Jamel Belhadj Taher

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Assessing the Impact of Vehicle-to-Vehicle Communication on Lane Change Safety in Work Zones by Mariam Nour, Mohamed H. Zaki, Mohamed Abdel-Aty

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Analytical Nonstationary 3D MIMO Channel Model for Vehicle-to-Vehicle Communication on Slope by Kaizhen Liu, Zaixue Wei, Sibo Chen

“…Vehicle-to-vehicle communication plays a strong role in modern wireless communication systems, appropriate channel models are of great importance in future research, and propagation environment with slope is one special kind. …”
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Research on Spatial Channel Model for Vehicle-to-Vehicle Communication Channel in Roadside Scattering Environment by Xin Chen, Yong Fang, Weidong Xiang, Liang Zhou

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Design and Implementation of a Vehicular Visible Light Communication System Using LED Lamps for Driving Dynamics Data Exchange in Tunnels by Yongtaek Woo, Yeongho Park, Hyojin Lim, Yujae Song

Subjects: “…vehicle to vehicle communication…”
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Research on Wireless Vehicle-to-Vehicle Direct Communication System Based on V2X by HAO Bo, FENG Dong

Subjects: “…wireless vehicle-to-vehicle communication…”
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Research on the Virtual Coupling Technology for Urban Rail Transit Trains by YANG Weifeng, LEI Chengjian, HAN Chen, LI Qihe, XIE Xing

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Secure Cooperative Dual-RIS-Aided V2V Communication: An Evolutionary Transformer–GRU Framework for Secrecy Rate Maximization in Vehicular Networks by Elnaz Bashir, Francisco Hernando-Gallego, Diego Martín, Farzaneh Shoushtari

Subjects: “…vehicle-to-vehicle communication…”
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Visible Light Communication System Integrating Road Signs with the Vehicle Network Grid by Sameer Sami Hassan Al-Obaidi Sciences, Wisam Abed Shukur Sciences, Mohammed S. H. Al-Tamimi Sciences, Bogdan Ghita Sciences

Subjects: “…Visible Light Communication, Intelligent Transport System, Kintex-7 FPGA, Vehicle-to-vehicle communication, Road Network Grid…”
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Design of Operational Scenarios for the Train Control System of Dynamic Formations Based on Train Autonomous Operation by XUE Qiaoli, ZU Yunyan, HUANG Dinghui, XIE Xing, LEI Chengjian

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Information-Driven Model Predictive Control With Adaptive Partitioning for Energy Optimization in Automated Electric Vehicles by Shahriar Shahram, Yaser P. Fallah

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Collision avoidance strategies for advanced air mobility using UAS-to-UAS communications by Jaya Sravani Mandapaka, Logan McCorkendale, Zachary McCorkendale, Mathias Feriew Kidane, Nathan Smith, Skyler Hawkins, Kamesh Namuduri

Subjects: “…vehicle-to-vehicle communications…”
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Enhancing Signal-to-Noise Ratio in Vehicle-to-Vehicle Visible Light Communication Systems Through Diverse LED Array Transmitter Geometries by Ahmet Deniz, Melike Oztopal, Heba Yuksel

Subjects: “…vehicle-to-vehicle communication…”
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Distributed Cooperative Control of Multiple Vehicles Considering Communication Packets Losses by TAN Yan, HU Yunqing, YUAN Xiwen, BIAN Yougang, QIN Zhaobo, XU Biao, HU Manjiang

“…Cooperative vehicle platoon control has great potential in relieving traffic congestion, improving driving safety and fuel economy, which is closely related to the progress of communication technology, especially the development of vehicle-to-vehicle communication technology. However, in the real scene, vehicle-to-vehicle communication is not ideal, and there are communication packets losses, delay and other phenomena, which affect the stability and tracking performance of the vehicle queue. …”
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