Key Management for Lightweight Ad-hoc Routing Authentication

Dat Tien Nguyen, B. Soh
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Abstract

Most lightweight ad-hoc routing authentication protocols based on hash-chain method face the latency issue. This is because the late disclosure of predecessor key in the hash-chain leads to delayed authentication. Moreover, routing authentication approaches usually ignore or assume a prior key management as a working condition. In this paper, we integrate a reliable key management scheme based on threshold cryptography into a lightweight authentication using digital signature to avoid the latency. Our purpose is to provide a full access control solution, from key management to authenticating each traffic packet.
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轻量级自组织路由认证的密钥管理
大多数基于散列链方法的轻量级自组织路由身份验证协议都面临延迟问题。这是因为哈希链中前导密钥的延迟披露导致身份验证延迟。此外,路由身份验证方法通常忽略或假设优先密钥管理作为工作条件。在本文中,我们将基于阈值加密的可靠密钥管理方案集成到使用数字签名的轻量级身份验证中,以避免延迟。我们的目的是提供一个完整的访问控制解决方案,从密钥管理到验证每个流量数据包。
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