1) view control
视图控制
1.
This paper shows location,view control,selection and high lighting three core implementation with some OpenGL skill in a graphic platform,explains the innovations for realizing various functions,and also discusses about the efficiency and speed facets.
针对图形平台的交互系统,在OpenGL技术支持允许的范围内,实现了定位、视图控制、拾取及高亮3个反复使用的功能。
2) View Controller
视图控制器
1.
Based on analyzing the mechanism of View Controller and Dialog Manager,it detailedly liscusses how Shole framework implementsweb application by taking a specific exam.
文章阐述了Shale框架基本思想和主要特性,在重点分析研究Shale视图控制器和对话管理器的基础上,通过具体实例详述了Shale框架在Web应用中的实现,采用代码片断对关键技术点做了明确说明。
3) MVC
模型-视图-控制
1.
Using the B/S mode to form network framework,chosing the design mode of Java to MVC,the online-testing platform was established,the parameter model of a certain type of hydraulic equipment was analyzed,and the VI technology was used to develop its virtual testing instrument.
以B/S模式搭建网络框架,采用Java实现"模型-视图-控制"的设计模式构建在线测试平台,分析了某型液压元件的参数模型,并应用虚拟仪器技术完成其虚拟试验仪器的开发。
5) MVC
模式-视图-控制器
6) MVC
模型/视图/控制器
1.
According to the procedures and characters of digital circuit experimentation teaching, the model of experimentation simulation was visually modeled with UML; and the simulation system was designed with MVC design pattern, and the system was implemented based on J2EE development platform.
针对数字电路实验教学的过程和特点,采用统一建模语言(UML)对实验仿真模型进行可视化建模,并利用模型/视图/控制器(MVC)设计模式对仿真系统进行设计,最终基于J2EE开发平台进行系统实现。
补充资料：反馈控制(见控制系统)
反馈控制(见控制系统)
feedback control
于。。伙。]伙ongZ片}反馈控制(几edbaekcontrol)见拉制系统。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条