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Design and Implementation of an ECDSA-based Identity Authentication Protocol on WSN

机译:WSN上基于ECDSA的身份认证协议的设计与实现

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摘要

As the first step of the key management, identity authentication directly affects the security of WSN. However because of the limited-resources of WSN, traditional authentication protocol can’t directly apply in WSN. To adapt to needs of it, we propose an ID-based identity authentication protocol based on ECDSA. ECDSA (Elliptic Curve Digital Signature Algorithm) is the application of ECC in the signature protocol and the elliptic curve edition of the DSA (Digital Signature Algorithm [1]. Based on this theory, protocol not only can prevent the imitation of the enemy node under the passive attack, but also can authenticate KAC (Key Assign Center) and effectively avoid the attack of masquerading. We also simulate the protocol on TinyOS, and the experimental results show that the protocol is effective and feasible in WSN.
机译:作为密钥管理的第一步,身份认证直接影响WSN的安全性。但是,由于WSN的资源有限,传统的身份验证协议无法直接应用于WSN。为了适应它的需求,我们提出了一种基于ECDSA的基于ID的身份认证协议。 ECDSA(椭圆曲线数字签名算法)是ECC在签名协议和DSA(数字签名算法[1])的椭圆曲线版本中的应用,基于此理论,协议不仅可以防止仿制下的敌方节点通过在TinyOS上对协议进行仿真,实验结果表明该协议在WSN中是有效可行的。

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