3d display中文是什么意思

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中文翻译
造句

三维显示

display vt. 1.显示；展示，表现出。 2.展览，展出，陈列( ...
3d 三级红斑剂量; 三维,立体; 三维影像重建
o 3d engraving 3d 雕刻
render 3d transform 3d 变换
wolfenstein 3d 3d 德军总部
3d dmo 三维倾角时差校正
3d ft 三维傅立叶转换
3d hologram 三维全息
3d image 三维影像
3d imaging 三维成像
3d model 三维模型
3d modeling 计算机图形学
3d modelling 三维模型
3d processing 三维处理
3d reconstruction 三维重构
3d rendering 计算机图形学
3d rotation 三维旋转
3d techinques 三维技术
3d techniques 三维技术
3d wallpaper 3d壁纸
3d壁纸 3d wallpaper
a3d 3d 定位音效技术
advanced 3d 高级三维
aqua 3d 汉化注册版
basic 3d 基本三维

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例句与用法

The 3d radar display system described in this paper is a part of the hf radar simulation platform , which provides the function of 3d display for the simulation platform
因此,开发高频雷达三维显示系统是十分必要的。本文所设计的三维显示系统可为现有的高频雷达系统仿真平台增添三维显示功能。
8 . we accomplish an applicable digital photogrammetry system including dem acquisition , ortho image generation , stereo mapping , 3d display and other functions and present the experiment results
完成了一套包括dem提取、正射影像制作、立体测图、三维显示在内的实用的数字摄影测量系统设计并给出了实验结果。
3d display system can be applied to many wide - ranging field , such as : industry , business , medicine , architecture and art etc . especially , it is very important to military application
能让人眼感受真实三维影象的立体显示器可以广泛应用于各种场合,包括工业领域、商业领域、医学领域、建筑和艺术领域等,在军事上有着尤其重要的应用价值。
The main purpose of this paper is to study three - dimensional radiation treatment , to optimise 3d display , to create a management information system for radiation treatment , and to simulate a virtual machine for designing treatment plans
本文从可视化角度出发，以放射治疗为对象，对放射治疗数据管理系统、 ct mri pet图象的识别及三维图象重建、虚拟放射治疗仪等内容进行了深入研究。
This display system overcomes the shortcoming of the existing radar platform in 3d display . the testing results with the platform prove that the stability and the performance of the 3d display system can meet the demands
本系统的开发完成弥补了现有高频雷达显示系统在三维显示方面的不足,经过实际参与系统仿真工作的测试,三维显示系统的各项性能指标与操作均能满足仿真平台运行任务的要求。
Based on the 3d display principle and some key technology of 3d scene using 3d graphic language - opengl , the 3d terrain and objects on the earth ' s surface visualization is studied . a method on establishing the complex objects by the modeling tool - 3dmax is proposed and implemented
在介绍基于opengl的三维景观显示原理和关键技术的基础上，对论文中地形、地物的可视化进行了研究，提出了利用建模工具3dmax构建复杂的标志性地物的方法并予以实现。
Meanwhile , in order to satisfy various requirements of research , teaching and verification , the system provide all kinds of modes of 3d display , for example , the range - velocity display mode , the range - direction display mode , the velocity - direction display mode , single / multiple targets ’ track display mode , single / multiple graph display mode , clutter - hidden display mode , single / multiple group data display mode and so on
同时,为满足科研、教学、演示验证等多场合情况下的各种需求,本系统可按使用者的需求实现所有可能的组合显示:例如,速度、距离、方位的两两组合、单/多目标的运动轨迹组合、单/多图显示、杂波消隐显示、单组数据显示、组数据显示等可选功能,极大地方便使用者。
In this paper the latter is discussed in detail . firstly , this paper analyzes and compares the different 3d display techniques synthetically and the control architecture of static volume display system is built . then this paper discusses how to choose the image space material and the voxel activation process and optical layout of such a system
首先,本文综合分析比较了各种三维显示技术,提出了静态成像系统的控制结构,分析了成像空间材料的选取方法、体素的激活过程和光学系统的组成,重点阐述了体素空间排列、入射光的强度与体素亮度的关系。
Innovation of the aero maintenance system based on augmented reality ( ar ) technology and eye tracking technology , which can give real - time instruction for maintenance , is vital for enhancing the accuracy of maintenance and reducing the cost of maintenance . in the paper , the study work include 3 sections , as following : firstly , deducing 3d registration algorithm based on markers , depicting the display and 3d display technologies of artificial matters , and realizing 3d registration function specifically ; secondly , establishing an eye - movement measurement system based on the infrared television method , making use of the thoughts of ranks superimposition to withdraw the pupil center coordinates , and giving the thaught of recombining the position relation of purkinje spot to determine the eye sight direction primarily ; finally , describing the basic theory of augmented reality maintenance guiding system in detail , and introducing the software function and hardware frame , which will provide the foundation for the further study of this system
本文的研究工作主要包括以下三个部分:首先,改进了有标志点的三维注册算法,并具体实现了三维注册功能,最后试验验证了注册算法的正确性,为将来基于无标志点的发动机维修诱导系统的研究提供基础和实践经验;其次,描述了基于红外电视法的视线跟踪系统的基本原理,对眼动信号处理技术做了初步的研究,即利用了行、列叠加的思想提取了瞳孔中心坐标和普尔钦( purkinje )斑点的坐标,阐述了结合瞳孔中心与普尔钦( purkinje )斑点的位置关系进行初步判定视线方向的方法;最后,详细描述了所构建的增强现实维修诱导系统的基本原理、软硬件框架,为今后维修诱导系统的深入研制提供基础。