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Key Predistribution Scheme using Keyed-Hash Chain and Multipath Key Reinforcement for Wireless Sensor Networks

机译:用于无线传感器网络的键控链条和多径键加固的关键预分析方案

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摘要

In this paper, we present an efficient, effective, and secure mechanism for key-distribution in homogeneous wireless sensor network (WSNs). The scheme is based on multipath key reinforcement. We introduce the concept of a keyed-hash-chain to use a different key in each session between a pair of sensors, without allocating a large amount of memory space to store the keys. First, each sensor node is preloaded with a number of generation keys. Using these generation keys and a publicly known seed value in a pre-defined hash function, distinct key-chains are generated. Multipath Key reinforcement is used to update the number of iterations to achieve a higher level of security.
机译:在本文中,我们为同类无线传感器网络(WSN)中的密钥分布提供了一种有效,有效和安全的机制。该方案基于多径密钥强化。我们介绍了键控哈希链的概念,在一对传感器之间使用每个会话中的每个会话中的不同键,而不分配大量的存储空间以存储键。首先,每个传感器节点都以多个生成键预加载。在预定义的散列函数中使用这些生成密钥和公知的种子值,生成不同的键链。 MultiPath键强化用于更新迭代次数以实现更高级别的安全性。

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