Triangular mesh surfaces are widely utilized in reverse engineering.
在逆向工程中，三角网格模型被广泛应用。
Data segmentation is a key process in reverse engineering geometry modeling.
数据分割是反求工程中几何建模的关键环节。
But in reverse engineering, it causes some difficulties to reverse translation.
而在逆向工程中，软件流水却为逆向翻译带来了困难。
The conception and theory of data processing in reverse engineering are discussed.
阐述了逆向工程数据处理的方法及其原理。
Surface digitization and 3D CAD modeling are two key techniques in reverse engineering.
表面数字化和三维CAD建模是逆向工程中的关键技术。
So, pre-handling of the CMM data is one of the most important steps in reverse engineering.
因此，逆向工程中的一个重要环节就是三坐标测量数据的预处理。
Several methods of data collecting and data processing in reverse engineering are discussed.
讨论了逆向工程中几种数据采集的方法以及经采集后的数据如何进行处理。
The paper discussed the methods of data collecting and data processing in reverse engineering.
讨论了反求工程中数据测量以及经采集后的数据如何进行处理的问题。
In reverse engineering, software pipelining loop causes some difficulties in reverse translation.
在逆向工程中，软件流水循环为逆向翻译带来了困难。
Then the feature classification and parameter representation in reverse engineering are pointed out.
给出了反求工程中特征的分类和参数表达。
This thesis studies the problems of geometric continuity about surfaces reconstruction in Reverse Engineering.
本文研究反向工程中曲面重构的几何连续性问题。
The study of curve reconstruction based on unorganized data points has great importance in reverse engineering.
在反求工程中，基于散乱数据点的曲线重建研究有着重要的意义。
Triangulation as a basic surface reconstruction method is always a hot research content in reverse engineering.
三角剖分作为一种曲面重建方法一直是逆向工程研究的内容。
Reconstruction and copying machining of existing freeform surface are one of key technology in reverse engineering.
现有自由曲面的重建与仿形制造是反求工程中的关键技术之一。
A method of automatic segmentation and surface reconstruction of scattered data in reverse engineering was presented.
提出了一种在反求工程中对散乱点云数据进行自动分割与曲面模型重构的方法。
Symmetry plane extraction is very important to the geometric model reconstruction of an object in reverse engineering.
在反求工程中，对称面提取对于点云的几何模型重建具有重要意义。
How to use SVM to solve the problem of curve smoothing reconstruction in reverse engineering is discussed in this paper.
论文研究用支持向量回归机处理光顺曲线的重构问题。
Fusion of various data is an effective way to improve the precision and efficiency of data acquiring in reverse engineering.
实现多种数据的融合是提高反求工程中数据获取的精度和效率的一种有效途径。
Data processing is an important technique in reverse engineering, determining the quality and precision of reconstruction model.
数据处理是逆向工程中一项重要的技术环节，它决定着模型重建过程能否准确、顺利地进行。
ATOS flowing optical scanner with the fringe pattern theory is a kind of advanced and non-contacted of equipment in reverse engineering.
Atos流动式光学扫描仪基于光栅原理，是逆向工程领域中一种先进的非接触式光学扫描设备。
Laser digitizing measurement has been applicated in reverse engineering widely for its high measure speed and extensive applicable area.
激光数字化测量因其测量速度快，适应范围广，在反求工程中获得了越来越广泛的应用。
They explain that one of the key issue in reverse engineering is the heterogeneity of legacy systems and one of the key goals of MoDisco is to.
他们解释说，在反向工程中关键的问题就在于遗留系统的异质性，而MoDisco的关键目标就是。
With incomparable advantage, the non-contact laser measurement becomes the most widely used method for data collection in reverse engineering.
作为逆向工程中形状表面数字化应用最广泛的方式，非接触式激光测量具有接触式测量无可比拟的优势。
ICT based CAD modeling technique is a new modeling method in reverse engineering domain. Three dimension reconstruction is a key process of it.
基于ICT的CAD建模技术，是一种引入了ICT这一高新科技的逆向工程方法，模型三维重建是这一技术的关键。
Constrained fitting is important for model reconstruction in reverse engineering, and its key components are constraint recognition and solution.
约束拟合是逆向工程中模型重建的重要一环。其中约束的识别与求解是约束拟合的关键。
A measuring modeling technique is presented for obtaining solid model from material product based on CAD modeling technique in reverse engineering.
在反求工程CAD建模技术的基础上，介绍了一种从实物样件获取产品实体模型的测量造型技术。
Advancement in reverse engineering field upgrades the ability to analyze software, and on the other hand, it brings more challenge to software security.
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。
Automation measuring mode and automation programming mode of three-CMMwhich is the common measure tool in reverse engineering are analyzed and compared.
对目前反向工程的常用数据测量工具三坐标测量机的自动测量模式及自动编程模式进行了分析和比较。
The 3D profile measuring technology is an important approach, and composite surface modeling is the main content for researching in reverse engineering.
三维轮廓测量技术是实现反求工程的重要手段，复杂曲面建模技术是反求工程研究的重点内容。
In reverse engineering, the character of surface border curve in complex contoured product is the key factor affecting the outlook designing quality of product.
在逆向工程中，复杂外形产品的曲面边界曲线的品质，是影响产品外观设计质量的关键因素。
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