1.
Research on the Key Technologies about Visualization of Spatial Information--Case of 2.5D、3D and Multidimensional Visualization;
空间信息可视化关键技术研究——以2.5维、三维、多维可视化为例
2.
Research on Technologies of OLAM and Multidimensional Visualization on Instances;
基于实例的OLAM技术及其多维可视化研究
3.
Research on OLAP and Multidimensional Visualization Based on Data Warehouse
基于数据仓库的在线分析及其多维可视化研究
4.
Research of Visualization Technology on Multi-Dimension and Multi-Resolution Spatial Information;
多维多分辨空间信息可视化技术研究
5.
Study on the Visualization of Multi-Source Geospatial Data;
基于多源空间数据的三维可视化研究
6.
Visualization of Multi-dimension Oceanographic Data in Geography Information System
GIS系统中多维海洋数据可视化研究
7.
Research on the Key Technology of Modelization and Visualization of Multi-dimensional Seabed Data;
海底多维综合数据建模及可视化技术研究
8.
Research on the Methods For Scientific Visualization of Multi-Dimensional Images of Living Cells;
活体细胞多维图象科学可视化方法的研究
9.
Research on Quick Cache Algorithms in Multidimensional Exhibition;
多维数据可视化中快速缓存算法的研究
10.
Research on Visible Multi-dimensional Data Modeling Technology Based on CWM;
基于CWM的多维数据可视化建模技术研究
11.
Design and Implementation of SEU_OLAP System and Multidimensional Data Visualization in the System;
SEU_OLAP系统以及多维数据可视化的设计与实现
12.
Research on Visualization Software System for 3D Multi-wave Layer Calibration;
三维多波层位标定可视化软件系统研究
13.
The Visualization of Topologies and the Fast Metamorphosis of Polyhedral Models in 3D;
三维空间的拓扑可视化和多面体快速变形
14.
Research on 3D visualization of electromagnetic environment based on multi-isosurface
基于多层等值面的电磁环境三维可视化研究
15.
Design and Development of the Multi-dimensional Ultrasonic Reconstruction and Visualization System
超声图像多维重建与可视化系统的设计与实现
16.
Multi-resolution Modeling and Simplification Research in Terrain 3D Visualization;
地形三维可视化中多分辨率模型构造及简化研究
17.
Three Dimensional Virtual Heart and Multiple Transesophageal Ech ocardiography
人体三维可视化心脏与多平面经食道超声心动图的对照研究
18.
Thin Sectional Anatomy and Three-dimensional Visualization of the Human Heart Compared with Multiplane Transesophageal Echocardiography (TEE);
人体心脏薄层断面解剖和三维可视化与多平面TEE的对照研究