1) multiresolution representation
多分辨表示
1.
The paper describes, from the viewpoint of geometry, the principles and methods of realizing wavelets based multiresolution representation of quasi uniform cubic B spline curves.
多分辨表示方法为曲线提供了更为灵活的表达方式 ,使得我们可以在不同分辨率下对曲线进行编辑 。
2.
It has three attractive characteristics for building the hierarchical multiresolution representation of parametric curves and surfaces in computer graphics.
由于这些特点 ,此族小波更适合在计算机图形学中用于建立参数曲线和曲面的多分辨表示 。
2) multi-resolution representation
多分辨率表示
1.
During the last decade, many approaches to mesh simplification, meshcompression and multi-resolution representation have been proposed.
本文重点讨论了复杂网格的多分辨率表示方法及多分辨率绘制方法。
2.
Research on Multi-resolution Representation and Visualization for Terrain Model in Virtual Reality;
其中，建立地形模型的多分辨率模型(对地形模型进行多分辨率表示)是一个非常重要的手段。
3) multiresolution representation
多分辨率表示
1.
Watermarking scheme based on B-spline multiresolution representation;
基于B样条多分辨率表示的一种数字水印方法
2.
Research on Techniques for Multiresolution Representation and Visualization of Large Scale 3D Digital Terrain;
大规模三维地形的多分辨率表示与绘制技术研究
3.
We present a new approach to generate a multiresolution representation of meshes by selecting a set of sites based on curvature.
通过曲率引导选取一组基面来完成Eck等提出的任意拓扑三角网格多分辨率表示重构算法中的Voronoi划分。
4) multiresolution representations
多分辨率表示
1.
First, the B-spline curve defined by arbitrary knot vector is approximated by a quasi-uniform B-spline forming the base for multiresolution representations.
首先介绍了利用准均匀B样条曲线逼近具有任意节点矢量的B样条曲线的方法，从而将任意B样条曲线转化为多分辨率表示，进而提出了基于小波的曲线光顺误差控制算法。
2.
Investigated in this paper are the multiresolution representations of endpoint interpolating B spline curves/surfaces defined by arbitrary knot vectors and their applications in fairing B spline surfaces.
本文着重研究具有任意节点矢量的端点插值Ｂ样条曲线／曲面的多分辨率表示及其在Ｂ样条曲面光顺中的应用。
5) Multi-resolution terrain representation
多分辨率地形表示
6) B-spline curve multiresolution representation
B样条多分辨表示
补充资料：高分辨电子显微镜(见高分辨电子显微术)
高分辨电子显微镜(见高分辨电子显微术)
high resolution electron microscope
高分辨电子显微镜high resolution eleetronmieroseope见高分辫电子显微术。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条