人机交互界面

  • 网络Human-computer interaction interface;Human Machine Interface;user interface;HMI;MMI;HCI
人机交互界面人机交互界面
  1. 在常见的嵌入式设备上,由于硬件等条件的限制,我们看到的人机交互界面都比较简单,而且开发这类应用程序成本较高。

    Because of the limitation of hardware and other conditions , most of the HMI is very simple and has high costs .

  2. 对于CSCW系统而言,系统的交互既包括人机交互,也包括人人交互,所以传统的人机交互界面不能充分体现CSCW系统的人人交互特性。

    In CSCW system , interactions include both HMI and Hffl but the traditional HMI ( Human Machine Interactive Interface ) is unable to embody fully the characters of HHI .

  3. NET操作系统,开发了良好的人机交互界面;

    NET operating system and developed a nice human-computer interactive device .

  4. 设计了机构CAD图形库,并提出了该图形库生成步骤和人机交互界面。

    The mechanical CAD graphics library was designed . The steps and interface were put forward .

  5. 利用人机交互界面与CAD建模的分离,解决了三维模型修改困难的问题。

    The separation of man-machine interactive system and model building system can solve the difficulty in model modify .

  6. 利用VISUALBASIC语言设计了人机交互界面,对检测点的状态和张力差进行实时在线显示。

    Making use of Visual Basic design interface , it real-time and on-line showed the status and the deviation distance of every monitoring point .

  7. 甲板上位机采用人机交互界面友好的Visualc++语言编写,软件的执行效率高。

    The deck monitoring system software is programmed in Visual C + + language , which improves the execution efficiency of the system .

  8. 通过对WindowsXPembedded的深入研究设计出功能强大且拥有友好的人机交互界面的软件系统。

    Through the Windows XP Embedded research design a powerful and has friendly man-machine interface software system . 3 .

  9. 以C语言编写程序,开发了功能完备、具有友好人机交互界面的软件,软件具有数据输入,温度预报等功能。

    The software with the complete function and the friendly interface was built up . The software has the functions of data input , the temperature prediction etc.

  10. 电力系统动态监视对能量管理系统(EMS)人机交互界面提出了新的要求。

    Power system dynamic monitoring has raised new requirements on the EMS man-machine interface .

  11. 最后移植Linux操作系统和QT到ARM开发板上,为故障诊断做出一个良好的人机交互界面。

    Finally , transplanting Linux system and QT to the ARM development board , and making a good man-machine interface .

  12. 媒体等同的人机交互界面(HCI)研究

    Researching of the Human Computer Interface Based on Media Equation Theory

  13. 在这些领域中,主要是与计算机相连,通过专门的人机交互界面实现RFID应用。

    In these areas , it is mainly connected with the computer , it complete RFID interface applications by special man-machine .

  14. 以Windows操作系统作为软件开发平台,以VisualBASIC编程语言和ACCESS数据库语言作为开发工具,制作了具有良好人机交互界面的故障诊断系统。

    Fault diagnosis system is made with friendly man-machine conversation interface that took Windows mac os as developing flat 、 Visual BASIC program language and ACCESS database language as developing tools .

  15. 用VC++6.0构建了人机交互界面,开发了图形交互自动编程和机床加工控制两个子系统,并设计开发了相应的USB运动控制卡。

    The man-machine surface , two subsystems & interactive graphical programming subsystem and machining control subsystem developed with VC + + 6.0 .

  16. 用Visualc++实现专家系统的数据通讯,数据存取和数据实时处理以及人机交互界面部分,并给出了两种语言接口技术的设计。

    Data processing and man machine interface are programmed by the Visual C + + language . At the same time , the design of bilingual interface technology was made .

  17. 此外,为了便于操作,本文还在MATLAB环境下用其GUI软件包编写了人机交互界面。

    Besides , in order to easily manipulate , man-computer interface is also compiled with software of GUI under the circumstance of MATLAB .

  18. 采用MicrosoftvisualC++开发出了良好的人机交互界面,主要包括:用户管理模块、查询模块、以及各角色模块等,适用于电气设备研发生产型企业的处理流程。

    We use Microsoft Visual C + + to develop a good human-computer interface , including query module , the user management module , and the role modules .

  19. SAR定标处理软件系统是一个涉及面广泛的复杂系统,它包括了定标数据的处理、定标参数的提取、指标测量,以及灵活便捷的人机交互界面(GUI)等。

    SAR calibration processing software is a complicated and abroad system , involving data processing , parameter extraction and flexible Graphic User Interface .

  20. 利用Visualc++6.0软件平台强大的编程能力和界面设计功能,设计了人机交互界面,输入各种计算过程中所需的参数,使计算进行的更为方便快捷。

    Using the strong programmed ability of Visual C + + 6.0 and interface design function , the author designed the man-machine interface , input parameters , making the calculation more prompt .

  21. 该系统采用了模块化CAR构件技术,和用来处理输入输出事件的独特的回调事件机制,能够很好地实现人机交互界面。

    The system adopts modularized CAR component technique and the special callback-event mechanism which is used for dealing with input and output of events , so it could realize man-machine conversation interface perfectly .

  22. 在VISUALBASIC6.0集成开发环境中,运用可视化设计工具和TTS语音合成技术开发出友好的人机交互界面。

    At last , using the visual design tools and TTS technology to develop friendly human-machine interfaces in the Visual basic 6.0 IDE .

  23. 基于OCR的人机交互界面翻译系统

    Realization of UI translation system based on OCR

  24. 文章以UG为平台,在UG中制作组合夹具基本元件的结构框架,建立UG风格的人机交互界面。

    The paper based on UG platform , make structure framework of modular fixture basic elements and UG-style man-machine interface .

  25. Android操作系统以Google公司为后盾,博众取长,以其友好的人机交互界面和开源等优点成为各大厂商的首选。

    Android operating system take Google Corporation as the backing , with its friendly man-machine interface and open source has become the major manufacturers preferred .

  26. 软件可在各种Windows操作系统平台上面稳定运行,具有较高安全性、可靠性、准确性,且具有良好的可移植性、友好的人机交互界面。

    It can run stably on various Windows 's operating system , higher safety , reliability and accuracy are realized . And it possesses good transplant property and friendly man-machine interface .

  27. 这是整个便携式远程生命监护系统项目中很重要的部分,实现了监护系统前端信号采集工作,它为3G远程通信、人机交互界面等提供了准确的数据。

    The thesis contains several key parts of the portable remote monitoring system , and provides accurate data for 3G telecommunications and the man-machine interface .

  28. 软件部分采用C语言编写了数据采集模块、数据处理模块和友好的人机交互界面,测量结果以图形和文字的方式直观的显示给用户。

    The software is programmed with C language , including data collection module , data processing module , and friendly computer-human interaction interface that can display the result of measurement as figures and words for user .

  29. 本文针对当前对一机多用的多功能TIG焊机的需求,成功开发了一台具有良好人机交互界面的集多种TIG焊接方法于一体的多功能TIG焊控制器。

    A multi-function TIG welding inverter controller is developed , which has a good man-machine interface according to the demand nowadays .

  30. EMC数控系统主要由任务规划模块、运动控制模块、I/O控制模块和人机交互界面四大模块组成。

    EMC numerical control system consists of mission planning , motion control , I / O control and human-computer interface , four components .