利用区块链技术实现点对点共享出行

Taranpreet Singh, Aditya Patil, Yogesh Nanavare, Bhushankumar Khade, AtharvSolapure
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引用次数: 1

摘要

本研究旨在利用区块链技术加强共享出行的安全性和信任度。研究利用区块链、智能合约和模拟,重点关注促进共享出行生态系统内的透明和安全交易。研究结果表明,拼车的安全性和透明度大幅提高,标志着共享交通的转型里程碑。通过整合区块链,这项研究开创了新的方法,确保了交易的完整性,促进了共享出行参与者之间的信任。这项研究的新颖之处在于引入了前所未有的区块链应用,重塑了共享出行的格局。通过区块链和智能合约建立安全基础,该研究推动了共享出行的发展,强调了在共享交通日益互联的世界中提高安全性和信任度的潜力。
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Peer to Peer Ridesharing using Blockchain Technology
This study aims to bolster security and trust in ridesharing by leveraging blockchain technology. Employing blockchain, smart contracts, and simulations, the research focuses on facilitating transparent and secure transactions within the ridesharing ecosystem. The findings reveal a substantial enhancement in carpooling security and transparency, marking a transformative milestone for shared mobility. Through the integration of blockchain, this research pioneers novel approaches, ensuring the integrity of transactions and fostering trust between rideshare participants. The study's novelty lies in its introduction of unprecedented blockchain applications, reshaping the landscape of shared mobility. By establishing a secure foundation through blockchain and smart contracts, the research contributes to the evolution of ridesharing, emphasizing the potential for heightened security and trust in the increasingly interconnected world of shared transportation.
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