Privacy-Preserving and Lightweight V2I and V2V Authentication Protocol Using Blockchain Technology  

作　　者：Muhammad Imran Ghafoor Awad Bin Naeem Biswaranjan Senapati Md.Sakiul Islam Sudman Satyabrata Pradhan Debabrata Das Friban Almeida Hesham A.Sakr 

机构地区：[1]Department of Engineering,Pakistan Television Corporation,Lahore,54501,Pakistan [2]Department of Computer Science,National College of Business Administration and Economics,Multan,60000,Pakistan [3]Department of Computer Science and Data Science,Parker Hannifin Corp,Chicago,IL 60503,USA [4]Department of Electrical Engineering,University of Texas,Arlington,TX 76019,USA [5]General Motors,Warren,MI 48092,USA [6]Department of Computer Science and Data Science,ECOLABS,Aurora,IL 60503,USA [7]Lecturer at Communications and Electronics Department,Nile Higher Institute for Engineering and Technology,Mansoura,35111,Egypt

出　　处：《Intelligent Automation & Soft Computing》2024年第5期783-803,共21页智能自动化与软计算（英文）

摘　　要：The confidentiality of pseudonymous authentication and secure data transmission is essential for the protection of information and mitigating risks posed by compromised vehicles.The Internet of Vehicles has meaningful applications,enabling connected and autonomous vehicles to interact with infrastructure,sensors,computing nodes,humans,and fellow vehicles.Vehicular hoc networks play an essential role in enhancing driving efficiency and safety by reducing traffic congestion while adhering to cryptographic security standards.This paper introduces a privacy-preserving Vehicle-to-Infrastructure authentication,utilizing encryption and the Moore curve.The proposed approach enables a vehicle to deduce the planned itinerary of Roadside Units(RSUs)before embarking on a journey.Crucially,the Certification Authority remains unaware of the specific route design,ensuring privacy.The method involves transforming all Roadside Units(RSUs)in a region into a vector,allowing for instant authentication of a vehicle’s route using RSU information.Real-world performance evaluations affirm the effectiveness of the proposed model.

关 键 词：Vehicle-to-vehicle vehicle-to-infrastructure internet of things block chain technology 

分 类 号：TP311.13[自动化与计算机技术—计算机软件与理论]