人机语言用英语怎么说，人机语言的英文翻译

词语导航

基本信息

词语：人机语言

繁体：人機語言

拼音：rén jī yǔ yán

英语翻译

【计】 man-machine language

分词翻译

人的英语翻译：

human; fellow; human being; individual; man; people; person; soul
【医】 anthropo-; homme; man

机的英语翻译：

chance; crucial point; engine; machine; occasion; organic; pivot; plane
flexible
【医】 machine

语言的英语翻译：

language; parole; talk
【计】 EULER EULER; L; language; LUCID LUCID; Modula; vector FORTRVN
【医】 speechWWw.wENtiYI.COm

翻译例句

1. 实施办法就是在测试对象(此例中为癫痫病人)的大脑里，在控制语言的区域中植入一个人机接口。

Here"s the method: Test subjects (in this case, epilepsy patients) were outfitted with brain-computer interfaces, which were implanted in the regions of the brain controlling speech.

2. 这种人机接口是用LISP语言设计的。

This man-machine interface was designed in LISP language.

3. 叙述变电站仿真培训中缺陷查找及处理的自动评分方法，利用VB语言实现，具有良好的人机界面。

An automatic scoring method is proposed for equipment defect search and treatment in substation"s simulation training course. It is realized by VB language with friendly man machine interface.

4. 研发人员说顺子还能学会更多的语言，能快速理解人机对话。

The developers say that Junko Chihira will learn to speak more languages and realize more man-machine communication in time.

5. 计算程序采用BASIC语言，人机对话方式工作。

The language used in computational program is BASIC and operation mode is man-computer communication.

6. 以液晶显示菜单的转换为例，详细论述了使用C语言设计人机界面的过程。

The paper discusses the process of human-machine interface design in detail by using C language and taking menus transition for example.

7. 结合实例，给出了C语言实现可视化人机界面的过程和方法。

The procedure and method of carrying out visual man-machine interface with C language are introduced with practical example.

8. 该文首先分析了专家系统现有的理论和技术，然后采用自然语言问答的人机交互方式，搭建了一个中小型专家系统——《红楼梦人物关系问答系统》。

The paper analyzes current theory and technology of Expert System, then adopts the interactive method of natural language and puts up "the QA System for Character Relations in HONGLOUMENG".

9. 全部程序以BASIC算法语言（或其他人机对话语言）为基础。

The whole program is based on BASIC or other computer language.

10. 语种识别是多语言人机接口的重要组成部分，主要用于系统前端。

Language recognition is a significant component of multilingual human-machine interface, as the front end of a speech recognition system.

11. 从人机交互的角度出发，对面向特定任务域的人机自然语言对话进行了研究，并给出了一个具体的系统结构。

From the point of human-computer interaction, this paper studied the task-oriented dialogue of human-computer, and gave the architecture of a dialogue system.

12. 应用科学计算语言MATLAB编程，在人机交互下计算型钢压杆，迅速得到正确的设计结果。

We use the scientific computational lan guage MATLAB to program and calculate the shaped steel columns via man -machine conversation, and quickly obtain correct results of design.

13. 在人机交互中，有一种由名词(有时称为“对象”)、动词、形容词和副词组成的语言。

In the interaction between humans and computers, there is a language of nouns (sometimes called objects), verbs, adjectives, and adverbs.

14. 本课题研究的目的是利用语音的双模态特性开发一种人机交互式的可视化汉语语言康复训练软件。

So the aim of this research is to develop a kind of mutual visible language restoration training software by bimodal automatic speech.

15. NET语言编制了数学模型的计算程序，开发了可视化人机交互界面。

NET language was used to develop a computer program of Mathematical model which have interactive visualization interface.

16. 本软件用C语言写成，具有汉化界面、菜单驱动、彩色人机对话窗口、操作简便、灵活，兼容性好等优点。

This software is written in the C language with Chinese interface. It can be used very easily in the menu driven mode with color windows and has fine flexibility and compatibility.

17. 以基于嵌入式计算机PC- 104的天线控制系统为例，从软件架构、内存操作、人机接口、性能优化等多方面阐述C语言嵌入式系统的编程技巧。

Taking antenna control system based on embedded computer PC-104 for example, are introduced, including software architecture, memory operation, HMI, performance optimization, etc.

18. 在软件设计方面，采用了面向对象的方法，用VB语言编制了系统管理与调度、人机界面，实现了数控系统准确、可靠运行。

In software design, USES the method of OOP, compiles the management, dispatchment and man-machine interface by VB, and implements the exact and reliable function of this nc system.

19. 本系统把各坝系布局的专业模型用计算机语言来实现，结合小流域三维可视化环境，通过人机交互方式确定最终坝的数量、类型、建筑物组成以及进行动态分析。

In this system, computer simulated dam system layout model, and could dynamic analysis and get amount, type and composing of building, combining 3d visual modeling and Human-Computer interaction.

20. 本系统把各坝系布局的专业模型用计算机语言来实现，结合小流域三维可视化环境，通过人机交互方式确定最终坝的数量、类型、建筑物组成以及进行动态分析。

In this system, computer simulated dam system layout model, and could dynamic analysis and get amount, type and composing of building, combining 3d visual modeling and Human-Computer interaction.