interactive technology造句

例句与造句

1. a discussion on interactive technology of web dynamic database
   动态数据库交互技术的探讨
2. embedded stream media player based on mpeg-4-bifs interactive technology
   交互技术的嵌入式流媒体播放器
3. researchon esreasoning virtualization and human-machine interactive technology in virtual environment
   临境环境下专家系统推理可视化与人机交互技术
4. study on electric field calculator for electrical apparatus based on interactive technology and regional identification
   基于交互技术与区域识别的电器电场求解器研究
5. interactive design is very important in development of crossroads design, so some interactive technology has been discussed in detail
   交互设计在立交桥三维造型中非常重要，本文专门讨论了一些交互技术。
6. It's difficult to find interactive technology in a sentence. 用interactive technology造句挺难的
7. according to the present interactive technology between computer and operator, as well as the visualization within the system, we solve the interface integrated problems
   根据目前的人机交互技术以及本系统内的可视化相结合来解决界面集成的问题。
8. combining with geometry and image process and interactive technology under network, a concept design prototype of customization for car ’ s shape was designed and developed
   本文结合图形图像处理和网络交互技术，设计开发了汽车外形个性化定制的概念设计模型。
9. cognitive science graduates obtain jobs in human-computer interactive technology, telecommunications, the media, business support systems, language, language disorders and psychology
   认知科学学士的毕业生可从事有关人类与电脑互动技术电讯传媒商业支援系统语言语言障碍及心理方面等工作。
10. applying the interactive volume rendering algorithm as the core technology and combining other computer visualization and image processing technologies, a way of visualizing the volume data obtained by confocal microscopy has been set up . related techniques include confocal data preprocessing, rendering the specimens " surface structure by the marching cube algorithm, rendering the specimens " internal structure by the interactive volume rendering algorithm, 4d dynamic visualization and a series of interactive technologies . furthermore a system dataset is built to manage volume data, preprocess results, rendering results and analytic results
    本研究以交互体绘制算法为核心并结合其它三维可视化技术和图像处理技术，形成了一整套比较完善的共聚焦图像可视化的方法，包括：共聚焦数据的预处理、基于marchingcubes算法的样本表面绘制、基于交互体绘制算法的样本内部结构的可视化、四维动态可视化以及一系列交互分析手段，同时采用系统数据库对体数据及其预处理结果、可视化结果和交互分析结果进行管理，从而建立了共聚焦显微图像三维可视化与分析系统。
11. in addition, this article analyzes the structure of trunk orthosis cad system, and discusses the functions and how to realize those functions of each part according to the aspect of human body, surface modeling is used to build the three-domain trunk model; and then through opengl technique, the model is displayed on the computer screen; then by involving the technology of man-machine interacting, the model can be edited according to the respective body characteristics of different patients-as the improvement of man-machine interactive technology, model can be edited more freely
    文中重点分析了躯干矫形器计算机辅助设计系统的组成，并对各个组成部分的功能和实现方法进行了讨论。针对人体躯干的外形特征，使用表面建模方式对躯干建立三维模型，并利用opengl技术完成模型的显示；再利用计算机实现人机交互功能，针对每位患者的形体特征对模型进行局部修改；随着人机交互技术的提高，模型修改将更加具有任意性的特点。
12. this paper emphasize the following content : 1 . based on summing up and analyzing the developing and applicating actuality of the cad system, studies following content : based on the cad software technology in existence worldwide and its application in the domestic enterprise now, the penman put forward the model of object-oriented intellectualized cad system; 2 . on the basis of application of existing cad system, aiming at actual instance, and take the factual corporation as example, research and build the parametered circumstance of products and parts design in corporations; 3 . exerting human-computer interactive technology, based on the thought of realizing factual part-designed function, study the developed strategy of human-computer interactive intellectualized part-designed flat roof; 4 . explore the knowledge based engineering cad system, aiming to automatization and intellectualized parts design, and advance resolvent of practiced intellectualized cad system
    基于国内外现有cad软件技术及其在国内企业中应用现状，提出了面向对象的智能化cad系统模型；在现有cad系统应用基础之上，以实际企业为例，研究建立了企业产品零件设计的参数化环境；2运用人机交互技术，基于cad软件系统，探索了人机交互式智能化零件设计平台的开发策略；3并在此基础之上探索了基于知识工程(kbe)技术的cad系统，达到了零件设计自动化、智能化的目的，为实用型智能化cad系统提出了解决方案。