摘要
为了提高不同场景的绘制效率,对网络中海量数据信息进行可视化管理,设计一种基于三维虚拟的海量数据信息管理系统。系统分为三维图像处理模块、信息感知模块、数据交互模块、三维模型重构渲染模块和输出程序控制模块。采用视景仿真渲染工具Vega Prime进行海量数据信息管理系统的三维立体建模和视景分析,采用3ds MAX软件进行海量数据信息管理建模,结合自适应图形跟踪渲染方法实现网络中海量数据可视化三维图形绘制,提高对海量数据信息的跟踪能力,构建视景分析模型数据库,实现对海量数据信息进行实时管理。仿真结果表明,设计的系统具有很好的三维虚拟重构能力,提高了海量数据显示与交互操作的绘制效率。
A massive data information management system based on 3D virtualization is designed to improve the rendering efficiency of different scenes and realize visualization management of massive date information in the network. The system is divided into the 3D image processing module,information perception module,data interaction module,3D model reconstruction and rendering module,and output program control module. The visual scene simulation and rendering tool Vega Prime is used for 3D stereo modeling and visual scene analysis of the massive data information management system. The 3 ds MAX software is used for massive data information management modeling. The 3D visual graphics rendering of massive data in the network is realized by combining with the adaptive graphics tracking and rendering method,so as to improve the tracking ability of mass data information,construct the database of the visual scene analysis model,and realize real-time management of massive data information. The simulation results show that the designed system has a good 3D virtual reconstruction ability,and can improve the rendering efficiency of massive data display and interactive operation.
作者
张莹
ZHANG Ying(Tianjin Sino-German University of Applied Sciences,Tianjin 300350,China)
出处
《现代电子技术》
北大核心
2019年第8期151-154,共4页
Modern Electronics Technique
基金
天津市教委科研计划项目(2017SK021)~~
关键词
三维虚拟
海量数据
信息管理系统
3ds
MAX
视景分析
可视化管理
3D virtualization
massive data
information management system
3ds MAX
visual scene analysis
visualization management
