| 1. | Feedback realization of non - interacting control for nonlinear singular systems
非线性奇异系统非交互控制的反馈实现 |
| 2. | Study on the hardware design of the computer main control system of asphalt concrete paver
沥青混凝土摊铺机微机主交互控制系统硬件设计的研究 |
| 3. | This model can help designers to catch user ' s intention easily and accomplish linkage between the representation and control of interaction information
该模型有助于在设计中捕获用户意图，并为连接交互信息表示与交互控制提供了支持。 |
| 4. | 3 . on the base of analyzing trolley ' s moving process , this paper gives the moving model of " trolley - weight " . the practical program can realize interactive control
对集装箱装卸桥运行小车工作过程进行分析，建立了“小车?重物”运动学模型，并在此基础上实现了对其运动的交互控制。 |
| 5. | In the interactive part , we defined net - classroom teaching control protocol ( ntcp ) , and implemented e - attendence checking , hand raising and questioning , text and audio communication control , etc
在交互控制方面，设计了网络教学控制协议( ntcp ) ，实现了电子点名、举手及提问、文本和音频信息的交互控制等。 |
| 6. | It is the most important that people can experience the dynamic characteristic of scene with the random and mutual control . in other words , it is required that the relevant graphics can be created in time as the persons ’ movement
火箭视景仿真系统中最重要的是人可以在随意变化的交互控制下感受到场景的动态特性,即随着人的活动即时生成相应的图形画面。 |
| 7. | In order to reduce memory loads for huge point sets on general pc platforms , we introduce a partition - based out - of - core strategy to balance usage of main and external memories
基本思想：基于外存的技术可以很好解决大模型的存储问题，而基于视点的细节层次控制技术可提供观察者一种很方便的交互控制手段，我们希望分析并结合上述两种技术，实现庞大三维模型在一般机器上的浏览。 |
| 8. | In order to solve this problem , we use java and a web3d language named virtual reality modeling language ( vrml ) to implement interactive control on 3d models . other web3d modeling methods are used to show 3d models on web
为了解决这一问题，我们采用了网上的三维建模语言vrml和java实现三维模型的交互控制，采用了网络3d建模工具，如viewpoint 、 cult3d等进行网上三维形体展示。 |
| 9. | Summarily , the main contents and achievements of this thesis are listed as following : firstly , the methodology of gis - based engineering visual computer - aided design is presented in this thesis in order to enhance the level of computer - aided design , simplify the complex design process and improve the design efficiency . based on the method , the design modeling and interactive control could be realized conveniently and visually during the design process , and the visual representation of design result could be obtained . therefore , the efficiency and quality of the design could be largely promoted
本文的主要研究工作和研究成果如下： （ 1 ）针对当前水利水电工程设计领域存在的计算机应用水平还有待于提高，设计建模过程复杂且不直观，设计效率不高等情况，提出了基于gis的工程可视化辅助设计理论与方法，实现了直观方便的设计建模和设计过程的交互控制，以及设计成果的直观形象表达，从而有助于提高工程设计的效率和质量。 |
| 10. | Considering modem manufacturing logistics system is characteristic of discreteness and randomicity as well as complicated simulation model , fss second development system is used to perform modeling and man - machine interactive simulating of automated storage and retrieval system through system simulation model parameters processing and real - time interactive control
摘要针对现代生产物流系统具有离散性、随机性的特点，以及系统仿真模型场景复杂的问题，利用系统仿真模型参数的处理及实时交互控制的实现手段，以及虚拟现实支撑软件fss的二次开发系统实现了参数化的自动化立体仓库系统建模和人机交互控制的仿真过程。 |
