Therefore, curve reconstruction acts an important role in the surface reconstruction.
因此，曲线重建在曲面重建问题中也扮演着重要的角色。
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。
The dissertation presented a reconstruction algorithm from curve reconstruction to surface reconstruction according to the curvature and arc length information.
并对由曲率和弧长信息直接重建曲面片，光滑连接曲面的重建算法进行探讨；
A method of physical-based shape preserving curve reconstruction is proposed to better realize the data fusion of coordinate measuring machine(CMM) and visual information.
提出的一种基于物理模型的曲线保形性重构方法，较好地解决了三标测量机的测量数据和视觉信息的融合问题。
A reconstruction method of using the discrete curvature data for space curve was proposed on underground pipeline detection.
提出了一种应用于非开挖管线测量，在已知离散点曲率的情况下进行空间曲线重构的方法。
The data structure design of free curve and surface reconstruction is one of the key technologies of developing reverse engineering software.
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。
Based on the processed data, computational efficiency of surface reconstruction is greatly increased, and model quality of free curve and surface is improved.
通过预处理数据之后，可以有效的提高曲面重构效率，改善自由曲线曲面模型质量。
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。
And it indicates the initial curve from two kinds of methods with massive experiments, we may obtain satisfaction reconstruction effect after function iteration.
并通过大量的实验表明由这两种方法构造的初始曲线，经过场函数迭代，都可以得到满意的重建效果。
Existing railway curve realignment is an important part of existing railway reconstruction design, and the result directly affects the design quality, project cost and operation safety.
既有铁路曲线整正是既有线改建设计中的重要部分，且结果直接影响最终设计质量和运营安全。
This paper presents simulating optimal quality cost by using the ratio of reconstruction cost on divided engineering and curve fitting model, and applies the model in a.
利用分部分项工程返修费率的概念，以线拟合模型模拟最佳质量成本，并将其应用于某施工企业质量成本管理工作。
Three-dimensional curve fitting and reconstruction of an intelligent structure shape were researched to implement the active monitoring for a high-performance aircraft structure shape.
研究了细长机敏柔性结构的三维形态拟合与重构方法以实现高性能飞行器结构形态主动监测。
Three-dimensional curve fitting and reconstruction of an intelligent structure shape were researched to implement the active monitoring for a high-performance aircraft structure shape.
研究了细长机敏柔性结构的三维形态拟合与重构方法以实现高性能飞行器结构形态主动监测。
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