车联网中基于无证书聚合签名的条件隐私保护批量认证方案

在开放式无线通信模式和复杂的通信环境下, 基于物联网技术构成的车联网面临着更多的内外部恶意攻击和入侵, 确保车联网中通信安全的消息认证方案不仅需对用户提供信息安全和个人隐私的双重保障, 而且需具有高效的认证过程. 本文提出了一个基于无证书聚合签名的条件隐私保护批量认证方案. 基于无证书公钥密码学, 利用聚合技术实现了车联网环境下的批量认证, 提高了消息认证效率. 满足了条件隐私保护、不可关联性等安全需求, 能抵抗聚合认证过程中面临的合谋攻击, 适用于 V2V、V2I 两种通信模式. 未采用计算消耗较高的 Map-to-Point 哈希函数和双线性对操作, 在节约成本和提高计算效率方面具有潜在的...

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Published in:Journal of Cryptologic Research 2023-07, Vol.10 (3), p.462
Main Authors: Wan-Jun, XIONG, Ruo-Mei, WANG, Yu-Jue, WANG, ZHOU, Fan, Xiao-Nan, LUO, 熊婉君, 王若梅, 王玉珏, 周凡, 罗笑南
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Language:Chinese
Subjects:
Authentication
Communication
Cryptography
Cybersecurity
Internet of Things
Messages
Mobile ad hoc networks
Privacy
Vehicle-to-infrastructure
Wireless communications
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container_issue 3
container_start_page 462
container_title Journal of Cryptologic Research
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creator Wan-Jun, XIONG
Ruo-Mei, WANG
Yu-Jue, WANG
ZHOU, Fan
Xiao-Nan, LUO
熊婉君
王若梅
王玉珏
周凡
罗笑南
description 在开放式无线通信模式和复杂的通信环境下, 基于物联网技术构成的车联网面临着更多的内外部恶意攻击和入侵, 确保车联网中通信安全的消息认证方案不仅需对用户提供信息安全和个人隐私的双重保障, 而且需具有高效的认证过程. 本文提出了一个基于无证书聚合签名的条件隐私保护批量认证方案. 基于无证书公钥密码学, 利用聚合技术实现了车联网环境下的批量认证, 提高了消息认证效率. 满足了条件隐私保护、不可关联性等安全需求, 能抵抗聚合认证过程中面临的合谋攻击, 适用于 V2V、V2I 两种通信模式. 未采用计算消耗较高的 Map-to-Point 哈希函数和双线性对操作, 在节约成本和提高计算效率方面具有潜在的优势. 在随机预言模型下可以规约到 ECDLP 难题, 避免了对理想防篡改装置的强假设, 计算成本和通信成本低于其他方案, 在车联网应用环境中具有较好的实用价值.
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subjects Authentication
Communication
Cryptography
Cybersecurity
Internet of Things
Messages
Mobile ad hoc networks
Privacy
Vehicle-to-infrastructure
Wireless communications
title 车联网中基于无证书聚合签名的条件隐私保护批量认证方案
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