论文标题
使用分散的标识符和可验证的凭证，使用机器人的产品交付，赋予客户赋予隐私权的安全验证
Customer Empowered Privacy-Preserving Secure Verification using Decentralized Identifier and Verifiable Credentials For Product Delivery Using Robots
论文作者
论文摘要
在Covid 19等呼吸道疾病时代，我们了解基于机器人的交付系统的必要性，以确保安全和免费的快递交付。基于区块链的动态标识符为人们提供了对其身份的全部权力，同时保留了可审核性和匿名性。人类手机和机器人是用芯片创建的机器，使在机器人和客户之间部署基于物理功能的验证系统变得容易。本文介绍了一个新颖的框架和第一个客户验证方案，用于使用启用区块链DID和启用PUF的机器人进行验证的快递交付。我们雇用了机器人（服务提供商）与客户和PUF之间的客户身份验证的机器人验证。我们还将拟议的工作付诸实践，并在吞吐量，延迟，计算成本和通信成本方面证明了其能力。我们还基于tamarin Prover向拟议的用户验证方案展示了正式的安全证明。
In the age of respiratory illnesses like COVID 19, we understand the necessity for a robot based delivery system to ensure safe and contact free courier delivery. A blockchain based Dynamic IDentifier gives people total power over their identities while preserving auditability and anonymity. A human mobile phone and a robot are machines created with a chip, making it simple to deploy a physical unclonable function based verification system between the robot and the customer. This article presents a novel framework and a first customer verification scheme for verified courier delivery utilizing the blockchain enabled DID and PUF enabled robots. We employ DID for customer authentication between a robot (a service provider) and a customer and PUF for robot verification by the customer. We ve also put the proposed work into practice and demonstrated its capabilities in terms of throughput, latency, computing cost, and communication cost. We also show formal security proof for the proposed user verification scheme based on the tamarin prover.
