自由曲线曲面重构的数据结构设计是开发逆向工程软件的关键技术之一。
The data structure design of free curve and surface reconstruction is one of the key technologies of developing reverse engineering software.
结论：应用位相测量轮廓术和逆向工程软件进行单侧眼眶部缺损修复的计算机辅助设计是一种切实可行的方法。
Conclusion: the use of phase measuring profilometry and re software is a convenient and effective method to the computer-aided design for the restoration of unilateral orbital defect.
本文提出了一种基于DXF文件编程的三维数据可视化方法：将由视觉传感器测得的三维数据转换为DXF格式，交由逆向工程软件方便地实现可视化。
This paper presents a DXF based program method, that is, we convert the 3d data into DXF format. Then we can use the professional reverse engineering software to carry out visualization.
而更重要的软件识别力的进步则部分源于一项正在进行的人类大脑逆向工程。
The more important software insights will be gained in part from the reverse engineering of the human brain, a process well under way.
将遗留软件系统逆向工程中的关键问题之一是了解代码并构建其架构表示。
One of the key problems in reverse-engineering a legacy software system is to understand the code and build an architectural representation of it.
也可以通过其他许多软件辅助工具来帮助软件工程师来完成这些工作，或者是正向工程或者是逆向工程的。
There are many software tools that help software engineers to accomplish this either by forward engineering or reverse engineering.
逆向工程领域的进步，一方面提升了软件分析能力，另一方面，给软件安全带来更大的挑战。
Advancement in reverse engineering field upgrades the ability to analyze software, and on the other hand, it brings more challenge to software security.
本文介绍并分析了近几年在软件维护与逆向工程领域中的一些研究工作。
Some research works on areas of software maintenance and reverse engineering in the last few years are introduced and analysed.
通过加密来保护软件，是防止盗版者通过逆向工程理解程序的一种有效方式。
Software protection via encryption is an effective way to prevent software pirate from understanding the program by means of reverse engineering.
逆编译是软件逆向工程的重要组成部分，在支持可执行代码的分析和维护方面起关键的作用。
As an important part of the software reverse engineering, decompilation is playing a key role. in support of the executable code analyzing and maintaining.
逆向工程是一个设计恢复、知识抽象的过程，是软件维护过程中对遗留系统分析理解的有效手段。
As a design recovery and knowledge abstracting process, reverse engineering is a efficient means to assembly legacy system in software maintenance.
反汇编是程序分析与理解的基础，也是软件逆向工程的起点和关键。
Disassembly is the basis of program analysis and understanding, and is also the starting point for software reverse engineering.
作为软件逆向工程的一个重要组成部分，逆编译在支持可执行代码的分析和软件维护方面起着十分关键的作用。
As an important part of the software reverse engineering, decompilation is playing an indispensable role in support of the executable code analyzing and maintaining.
阐述了逆向工程技术的内容、国内外常用的软件及其应用领域。
This paper introduces the contents of converse engineering technology, software commonly used at home and abroad and its application field.
软件再生工程中的逆向工程是指对现有系统进行分析，以最大的努力去建立比代码抽象层次更高的表达形式。
The converse project of the software regeneration project means to analyze the present system and to build a higher expressive form than code abstract level.
在逆向工程中，软件流水循环为逆向翻译带来了困难。
In reverse engineering, software pipelining loop causes some difficulties in reverse translation.
提出应该构建面向对象的软件逆向工程数据库以支持软件逆向工程的特殊要求，并加以设计实现。
The author put forward that we should construct object-oriented software reverse engineering database, and also designed and realized it.
研究人员采取了公开提供的软件和逆向工程它，使用标准的方法。
The researchers took the publicly available software and reverse-engineered it, using standard methods.
逆向工程是软件工程研究的一个重要领域，它的主要内容是对遗产系统进行正确的理解。
As an important part of Software Engineering research, Reverse Engineering can help us understand Legacy System correctly.
为辅助面向对象软件理解和维护，对软件逆向工程进行了研究。
For supporting the understanding and maintaining of Object-oriented software we studied software reverse engineering.
在恶意主机环境下，主机可以对软件系统进行逆向工程或者肆意的篡改，其安全性、完整性与可用性都受到了很大的威胁。
Reverse engineering has become possible or distorted wilfully for software system in malicious host surroundings, the security, integrity and availability of software system are threatened.
在恶意主机环境下，软件系统可以被逆向工程或被篡改，其机密性、完整性与可用性受到威胁。
In malicious host surroundings, a software can be reverse engineered and also can be tampered with.
对软件的盗版、篡改和逆向工程使软件的安全受到了严重威胁。
The security of software is threatened by piracy, tampering and reverse engineering.
而在逆向工程中，软件流水却为逆向翻译带来了困难。
But in reverse engineering, it causes some difficulties to reverse translation.
面对这样的自动化的威胁，安全研究人员不能打击恶意软件使用的传统方法解析和逆向工程技术的手。
In the face of such automated threats, security researchers cannot combat malicious software using traditional methods of decompilation and reverse engineering by hand.
面对这样的自动化的威胁，安全研究人员不能打击恶意软件使用的传统方法解析和逆向工程技术的手。
In the face of such automated threats, security researchers cannot combat malicious software using traditional methods of decompilation and reverse engineering by hand.
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