Secure Multiparty Electronic Payments Using ECC Algorithm: A Comparative Study

Dr. K. Ravikumar, A. Udhayakumar
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引用次数: 2

Abstract

This paper is an attempt at the detailed study of Cryptography algorithm. In resource constrained system, Elliptic Curve Cryptography is a promising alternative for public algorithms, because it provides similar level of security with proposed shorter keys than conventional integer based public key algorithm. ECC over binary field is taken up with special interest because the operation in binary filed operation, are thought to be more in space and efficient in time. However, ECC's software implementation, on binary field are slow, Specially on low end processors, which are used in small computing devices such as sensors node, mobile phone, etc. This proposed paper, studied the Cryptography algorithms and software implementation of ECC. Firstly, while implementing ECC with software, for example byte size may affect the choice of algorithm some architectural parameters has been examined. Also, identification of software for low-end processors has been done. In addition, the proposed paper has implemented ECC algorithm in Multiparty Electronic transaction.
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基于ECC算法的安全多方电子支付比较研究
本文是对密码学算法进行详细研究的一次尝试。在资源受限的系统中,椭圆曲线加密是一种很有前途的替代公共算法,因为它提供了与传统的基于整数的公钥算法相似的安全级别,并且提出了更短的密钥。二进制域上的ECC之所以受到人们的特别关注,是因为二进制域上的运算被认为在空间上更节省,在时间上更有效。但是,ECC在二进制领域的软件实现速度较慢,特别是在低端处理器上,主要应用于传感器节点、手机等小型计算设备。本文主要研究了ECC的加密算法和软件实现。首先,在软件实现ECC时,例如,字节大小可能影响算法的选择,一些架构参数进行了检查。此外,还对低端处理器的软件进行了识别。此外,本文还在多方电子交易中实现了ECC算法。
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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