基于单CPU双总线的新型网络计算机安全体系结构

Fengjing Shao, Rencheng Sun, Kegang Diao, Xiaopeng Wang
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引用次数: 7

摘要

互联网正面临着一个严重的问题:开放和安全。个人数据,如信用卡信息、登录账号和密码等,很容易被黑客窃取。本文提出了一种新的网络计算机安全体系结构(SANC)。该体系结构旨在构建一种低成本、无入侵的网络计算机,降低Neumann模型的脆弱性。它由一个CPU和两个物理隔离的系统总线组成,安全和不安全。只有非安全总线才有Internet接口。存储私人数据的设备只能通过安全总线访问。与Internet相关的应用程序,只在非安全总线上运行,没有机会访问安全总线上的资源。此外,只有一个CPU可以有效地控制成本。为了控制CPU与两条系统总线的连接,保证同一时刻只有一条总线接入CPU,设计了总线桥接(BB)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A New Secure Architecture of Network Computer Based on Single CPU and Dual Bus
Internet is facing a serious problem: open and security. Private data, such as credit card information, login account and password, and etc., is easily theft by hackers. In this paper, we propose a new secure architecture of network computer (SANC). This new architecture is aimed to build a kind of low-cost intrusion-free network computer and reduce vulnerability of Neumann model. It is comprised of one CPU and two physically isolated system buses, secure and non-secure. Only non-secure bus has Internet interfaces. Devices, storing private data, can only be accessed through secure bus. Internet related applications, only running on the non-secure bus, have no opportunity to access resources on the secure bus. Besides, only one CPU can efficiently control the cost. To control the connection between CPU and two system buses, and ensure only one bus can be connected to CPU at the same time, a bus bridge (BB) is designed.
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