A Source Authentication Mechanism for Multicast Communication System Using Adaptive Hash Tree

Vicky Vikrant, Hariom Tyagi
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引用次数: 1

Abstract

An internet is backbone of all kind of communication such as unicast, broadcast and multicast, as multicast communication is more efficient because it provide a better communication than unicast and broadcast in the context of bandwidth utilization. The multicast communication is popular in the area of audio-conferencing, video-conferencing and data distribution. There are several schemes such as hashing technique, tree based Hashing and Hash tree signing technique. These schemes have a lot of issues like communication cost, hash computation technique. Aim of this work is to compute the growth of proposed work and compare the performance with existing schemes. An adaptive technique has been proposed for source authentication in multicast system. The new technique is named elliptic curve cryptography source authentication (ECCSA). It has less communication cost as compared to SHS, EMSS, and HMSA.
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基于自适应哈希树的组播通信系统源认证机制
互联网是诸如单播、广播和组播等各种通信的主干,因为在带宽利用率方面,组播通信比单播和广播提供更好的通信,因此组播通信效率更高。多播通信在音频会议、视频会议和数据分发等领域得到了广泛的应用。有几种方案,如哈希技术,基于树的哈希和哈希树签名技术。这些方案存在通信成本、哈希计算技术等诸多问题。本工作的目的是计算所提出的工作的增长,并与现有方案的性能进行比较。提出了一种用于组播系统源认证的自适应技术。这种新技术被称为椭圆曲线密码源认证(ECCSA)。与SHS、EMSS和HMSA相比,它具有更低的通信成本。
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