1.
Simplification of Point-Based Geometry;
基于点表示的三维几何模型简化技术
2.
Research of Real-time Rendering and Model Simplification Algorithm about Large Scale Terrain Environment
大规模地形景观的实时漫游及模型简化技术的研究
3.
Research on Generating Technique of Special Effects and Surface Simplification Technique of Object Models in Virtual Battlefield;
虚拟战场中特殊效果生成和实体模型简化技术研究
4.
Triangular Mesh Model Simplification Technology and Level of Detail Model;
三角网格模型的简化技术及多细节层次模型
5.
A Study about the technology of adaptive model simplification and transformation with interactive mode
交互式自适应模型简化与转换技术研究
6.
Research on Model Checking of Concurrent System Based on Partial-order Reduction;
基于偏序简化的并发系统模型检测技术的研究
7.
Workflow Process Model Structure Verification Based on Petri Net Reduction Techniques;
基于Petri网化简技术的工作流过程模型结构验证
8.
Research on the Technique of Simplifying the EMC Simulation Model
电磁兼容仿真模型的工程简化技术研究
9.
The Research and Realization of Simplification for the Large-range Three Dimension Terrain Surface Model
大型三维地形建模简化技术的研究与实现
10.
Workflow Model Rationality Verification Based on Petri Net Reduction Techniques
基于Petri网化简技术的工作流模型合理性验证
11.
Research on the Intelligent Design Technology of Injection Mould Cooling System Based on Model Simplification
基于模型简化的注塑模冷却系统智能化设计技术研究
12.
A Method of Visualization of Multi-d imension Data: An Introduction to Elastic Maps;
多维数据的视觉呈现技术:elastic模型简介
13.
Technology Innovation Diffusion Analysis Based on Bertrand Game Theory with Simplified Profit Function
基于简化利润函数的伯川德博弈模型的技术创新扩散讨论
14.
Research & Application of Triangular Mesh Model s Hole Filling, Decimation and Stitching Algorithm;
三角网格模型光顺、简化和缝补技术的研究及应用
15.
Research on the Generation and Simplification of LOD Terrain;
多分辨率LOD地形建模及简化技术研究
16.
Rasbora:Trace Reduction and Simulation Speedup Based on Repeat-Structure Axed
激励简化与模拟加速研究:Rasbora技术
17.
A Simple Dynamic Model of Technological Innovation and Shortening Technological Gap;
技术创新与缩小技术差距的一个简单动力学模型
18.
Secondly, the paper develops the system with simple component object model (COM) technology on the basis of the above design.
论文在详细设计的基础上，采用简单易用的组件对象模型技术对系统进行了组件化开发。