一种基于双单边路径的网络边界间隙技术方案

Biao Wang, San-ping Tang, Shitao Zhang, Wen-Bin Zhao
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引用次数: 0

摘要

分析了传统的网络边界间隙技术在信息交互时不能绝对保证信息的保密性。本文提出了一种新的技术解决方案:通过信息流的划分,提出了一种基于单边传递技术的双单边信息交互方案。该方案一方面可以有效地对抗包括基于TCP和UDP的面向连接的木马攻击,而不完全依赖于现有的木马检测技术;另一方面,该方案可以对抗面向数据的攻击,即保护系统内部数据的机密性,不被嵌入到系统内部的木马通过其他方式破坏。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Network Boundary Gap Technique Scheme Based on Dual Unilateral Path
The traditional network boundary gap technique which can't ensure the confidentiality of information absolutely when interact the information was analyzed. This paper prompts a new technical absolution: A dual unilateral path of information interacting scheme based on unilateral transferring technique by means of partition of information flows. On one hand, this new scheme can confront the connection oriented attacks including the Trojan horse based on TCP and UDP effectively without depending on the current Trojan horse detection technology absolutely, On the other hand, the scheme can confront the data oriented attacks, that is to say, it can protect the confidentiality of the inner system data from destroying by the Trojan horse which was embedded into the inner system through other ways.
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