Message Integrity in the World Wide Web: Use of Nested Hash Function and a Fast Stream Cipher

S. Mathew, K. P. Jacob
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引用次数: 2

Abstract

The focus of this work is to provide authentication and confidentiality of messages in a swift and cost effective manner to suit the fast growing Internet applications. A nested hash function with lower computational and storage demands is designed with a view to providing authentication as also to encrypt the message as well as the hash code using a fast stream cipher MAJE4 with a variable key size of 128-bit or 256-bit for achieving confidentiality. Both nested Hash function and MAJE4 stream cipher algorithm use primitive computational operators commonly found in microprocessors; this makes the method simple and fast to implement both in hardware and software. Since the memory requirement is less, it can be used for handheld devices for security purposes.
万维网中的消息完整性:嵌套哈希函数和快速流密码的使用
这项工作的重点是以一种快速和经济有效的方式提供消息的身份验证和机密性,以适应快速增长的Internet应用程序。设计了一个具有较低计算和存储需求的嵌套哈希函数,目的是提供身份验证,并使用具有128位或256位可变密钥大小的快速流密码MAJE4加密消息和哈希码,以实现机密性。嵌套哈希函数和MAJE4流密码算法都使用微处理器中常见的原始计算运算符;这使得该方法在硬件和软件上实现简单、快速。由于内存需求较少,因此可以用于出于安全目的的手持设备。
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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