We realize an algorithm based on minimum features for rapid face modeling from video, by tracking feature points, calibrating exterior parameter, estimating 3D location of feature points.
通过跟踪视频中的特征点，标定相机外参，进而估计特征点的3D位置，实现了基于一段视频中小特征点集的人脸建模算法。
On the basis of Feature Modeling and 3d Solid Geometry Modeling, with the idea of Object-Oriented Product Design, a 3d Parametric Feature Modeling Method is applied to develop manifold.
采用特征对象化的设计思想，在特征造型和3维实体几何造型的基础上，研究液压集成块的3维参数化设计方法。
Thesystem composed of 3d feature-based modeling of the structure, virtual construction, virtual ramble, virtual test, structure analysis and visualization.
系统具有3d结构特征化建模、结构虚拟建造、虚拟漫游、构件虚拟试验、结构分析及数据可视化等功能模块。
We present a fully automated algorithm for facial feature extraction and 3D face modeling from a pair of orthogonal frontal and profile view images of a person's face taken by calibrated cameras.
提出一种全自动面部特征提取算法模型和三维人脸从侧面和正面的正交的人的脸被标定相机。
According to these drawbacks, the research presented in this thesis proposes a novel real-time approach of 3d human parameterized modeling based on feature.
本文针对这些不足，对服装三维人体建模方法进行了研究，提出了一种基于特征的服装三维人体参数化建模方法。
According to these drawbacks, the research presented in this thesis proposes a novel real-time approach of 3d human parameterized modeling based on feature.
本文针对这些不足，对服装三维人体建模方法进行了研究，提出了一种基于特征的服装三维人体参数化建模方法。
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