Detection of Blind Signature Using Recursive Sum

A. Pandey, Dhruv Mahajan, Shivank Gupta, ishal Rastogi
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Abstract

Digital signatures are suitable technology for public key encryption. Acceptance (non-repudiation) of digital messages and data origin authentication are one of the main usage of digital signature. Digital signature's security mainly depends on the keys (public and private). These keys are used to generate and validate digital signatures. In digital signature signing process is performed using signer's secret key. However, any attacker can present a blinded version of message encrypted with signer's public key and can get the original message. Therefore, this paper proposed a novel method to identify blinded version of digital signature. The proposed method has been tested mathematically and found to be more efficient to detect blind signatures.
基于递归和的盲签名检测
数字签名是一种适用于公钥加密的技术。数字消息的接受(不可否认性)和数据源认证是数字签名的主要用途之一。数字签名的安全性主要依赖于密钥(公钥和私钥)。这些密钥用于生成和验证数字签名。在数字签名中,签名过程是使用签名者的秘密密钥进行的。然而,任何攻击者都可以提供使用签名者公钥加密的消息的盲化版本,并可以获得原始消息。为此,本文提出了一种识别盲版数字签名的新方法。该方法在数学上进行了测试,结果表明该方法能够更有效地检测盲签名。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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