本文介绍一种动态分块的快速网格化方法。
This paper presents a new fast gridding method of the dynamic blocking.
城市网格化管理是一种数字化城市管理模式。
目的探讨网格化管理模式对全科团队工作的现实意义。
Objective To discuss the significance of grid management model in general team work.
它实现了保留位势数据物理特性的散乱位势数据网格化。
It realizes gridding the scattered potential data which keep the physical character of potential data.
因而，网格化的速度比通常的分带网格化方法要快得多。
Therefore, the speed of this gridding method is much higher than that of the gridding method of the normal zoning.
网格化是指将一个几何区域离散化为一些简单的几何形状。
Meshing refers to cut a geometry region to simple geometry shapes.
作者在本文中提出一种数据网格化的快速算法局部搜索算法。
This paper deals with a fast Surface Data Gridding Arithmetic called LSGA (Local Search Gridding Arithmetic).
其次，边界轮廓环的三角网格化：层间三角面片填充和端面三角划分。
Secondly, the triangle meshing of contour loops that includes triangle plane filling between layers and section triangle plotting was accomplished.
基于双向映射的曲面层次网格化展开算法展开高度复杂的三角化曲面。
High complex surfaces are flattened with hierarchy meshes based on bi-mapping.
主要讨论了如何利用改进的离散数据网格化方法快速实现离散地形数据预处理。
This thesis mainly discussed how to make use of the improved arithmetic of discrete data gridding to quickly realize discrete data pretreatment.
并在网格化数据的基础上进行反演，求得了不同深度层面的磁场分布及磁性结构。
On the basis of grid data, inversion was conducted and magnetic field distribution and magnetic structure on bedding of different depths were obtained.
城市网格化管理是我国数字城市技术应用领域的重大突破，在国际上处于领先地位。
City grid management is a great breakthrough in the application of digital city technology in our country, and takes the lead in the world.
差异性区域网格化环境管理是在环境状况存在明显分异区域进行环境管理的有效的方式。
The otherness grid environmental management is a mode of valid environmental management in the filed of environmental management for those area with obvious environmental status differences.
进一步采用三角形网格化和插值技术，形成了适于色域特性分析和色域压缩的色域描述。
This process provides a data set of gamut surface descriptors and a gamut surface triangular grid.
并且IBM与许多主要的应用程序软件开发人员密切合作，以确保他们的应用程序可以网格化。
And IBM works closely with many leading application software developers to ensure their applications are grid-enabled.
本论文主要围绕消除由于地球物理航测数据的不均匀性导致的网格化后走样的方法展开研究。
This paper is mainly doing a study on the method of removing the aliasing of airborne magnetic data caused by interpolating and gridding.
本文主要介绍在红外热电视象管中，采用硫酸三(月甘)肽(TGS)网格化靶的结构、工艺。
The structure and process technique of triglycine sulfate (TGS) reticulated target used in the infrared pyroelectric vidicon are introduced.
本文采用首次提出的快速样条函数插值方法对二维离散数据进行曲面插值，进而作网格化计算。
In this paper, the author USES fast spline function curved surface interpolation method which is derived by the author to accomplish two dimensional discrete data gridding calculation.
离散数据网格化是科学和工程研究领域中数据处理的核心技术，同时它也是科学可视化的前提。
The gridding of discrete data is the kernel technique of data processing methods in scientific and engineering research. Meanwhile, it is the base of scientific visualization.
我们从类似于网格化的控制体系以及整合全局的大秩序中脱身出来，从局部的略带松散的关系开始。
The designers get themselves out of the gridding control system and make the partial relationships become a new start.
如果提高网格单元的分辨率和行政单元数据的空间尺度，网格化的结果就会达到更加令人满意的效果。
With the spatial resolution of gridding cells improved and the spatial scale of administration cell increased, this method of data gridding will have a more satisfied effect.
最后，采用了双向插值的方法，依据领口线的形状所构成的封闭区域，进行三维衣领空间曲面三角网格化的造型。
The thesis use the special method , according to the collar line form the obdurate area, trigonometry gridding the collar 3D interspace curve-side , complete the collar model's initial sculpt.
研究了动画生成的关键帧技术，基于图形的矢量表示法，提出了一种通过网格化一个三维物体来生成中间画的算法。
A new method of generating in-between was put forward by meshing a three-dimension object based on the presentation of vector graphics.
该算法无需对点云模型进行网格化，无需对点云模型进行局部或全局的曲面重建，适合大规模点云模型上测地线的计算。
This proposed algorithm avoids meshing or reconstructing the point cloud to be local or global surface, and it is suitable for computing geodesic on large scale point cloud.
论文从分析城市网格化管理技术展开，通过划分城市网格化管理模型分类，提出未来城市治理网格化——网络化的发展前景。
This Paper started from the analysis of urban grid management technology, discussed the model of urban grid management, and Expanded the future of urban network governance by public grids.
基本原理是根据研究地区内控制井的资料，求得该区域网格化后各节点处的参数值，经过数字-字符转换处理，由打印机实现绘图。
Given the data of control Wells in a given area, the drawing will be done on the printer by calculation of the parameters at the netted nodes and digit-character conversion.
可用于处理不规则区域大量地球物理、地球化学及其它网格化数据，如计算区域异常、局部异常，也可用于异常的圆滑处理、计算趋势面等。
It can be applied to large irregular-spacing geophysical, geochemical and other data for the computation of regional anomalies, local anomalies and trend surfaces and for the smoothing etc.
可用于处理不规则区域大量地球物理、地球化学及其它网格化数据，如计算区域异常、局部异常，也可用于异常的圆滑处理、计算趋势面等。
It can be applied to large irregular-spacing geophysical, geochemical and other data for the computation of regional anomalies, local anomalies and trend surfaces and for the smoothing etc.
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