摘要
基于计算机仿真技术的发展理念,本文设计了基于WinPE的嵌入式实时仿真系统,该系统能在用户计算机上快速启动并建立起Windows模拟系统环境,高保真还原用户的当前操作系统,使之完成诸如木马病毒检测、系统诊断修复、软件评测、实时审计等任务,并可应用于构建网络安全模拟试验平台。本文设计了该系统的组成结构,提出了实现该系统的关键技术,包括嵌入式系统启动技术、普适驱动技术、系统激活技术和驱动离线注入技术,研究了实现该系统存在的难点问题并提出相应的解决方法。
This article is designed based WINPE embedded real-time simulation system based on the concept of the development of computer simulation technology. The system on the user＇s computer to quickly start and establish the height of the real physical environment to restore the high-fidelity the windows system simulation environment to make it complete, such as Trojan virus detection, real-time audit, system diagnostics and repair, software evaluation tasks that can actually be applied to build network security simulation test platform. Designed the structure of the system, the system＇s key technologies, including embedded systems start technology, universal drive technology, the system is activated and drive offline injection technique, the difficult problems that exist in the system and made corresponding solutions.
作者简介
金玮斌（1982-），男，硕士生在读；主要研究方向和关注领域：网络与信息安全。
薛质（1971-），男，教授，博士生导师；主要研究方向和关注领域：网络与信息安全。
黄劭琼（1979-），女，硕士生在读；主要研究方向和关注领域：网络与信息安全。
