中英
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machine interaction中文是什么意思
发音:
- 中文翻译
- 造句
- 人机相互作用人机相互作用
- human machine interaction 人和机器的互动过程
- man machine interaction 人机关系
- man-machine interaction device 人机对话输入装置
- mmi man-machine interaction 人机交互
- on-line access machine interaction 持 续 支 援; 联机访问的机器交互过程
- in interaction 自旋相互酌
- interaction n. 1.相互作用，相互影响，互动。 2.【航空】干扰。 interaction of electrons 【物理学】电子的相互作用。 jet-shock interaction射流-激波干扰。
- the interaction 人机交互
- a relationship of interaction 相互制约的关系
- a world of interaction 相互作用的世界
- acoustic interaction 声互作用
- acoustoelectric interaction 声电相互作用
- acoustoelectron interaction 声电子相互酌
- acoustooptic interaction 声光作用
- acoustooptical interaction 声光干涉; 声光酌
- action and interaction 作用和相互作用
- aerodynamic interaction 空气动力干扰; 气动互制
- affective interaction 情感交流
- afferent interaction 内导相互作用
- agent interaction 病因相互作用
- allelic interaction 等位基因相互作用; 相对因子内相互作用
- allelochemic interaction 他感化学作用; 种间化学交感
- allosteric interaction 变构相互作用; 别构作用
- anharmonic interaction 非简谐作用
- antiferromagnetic interaction 反铁磁性相互作用
- Nowadays, 3d modeling and computer animation have got widely applications, such as entertainment industry, man-machine interaction, multimedia, communication etc . the third dimension head portrait has been applied to correlative areas, for examples, movie special effects, virtual conference call, internet increment business, mobile internet increment business and software operation interface etc . in the fields of geometric modeling and computer animation, the deformation technology is an important tool
今天,在娱乐产业、人机交互、多媒体、通讯等领域中三维建模和动画获得了越来越广泛的应用。真实感的三维头像可以应用于诸如电影特技、虚拟电话会议、互联网增值业务和移动互联网增值业务以及软件操作界面等相关领域。在几何造型和计算动画领域中,变形技术已经成为一种越来越重要的工具。 - Therefore, article regard modern psychology as the basis, analyze the square image, and bring up the " image-analysis "; regard the modern behavior as the basis, analyze the person's move pattern on the square, and bring up the " behavior-analysis "; finally regarding modern calculator technique as the tool, study 3d techniques, person-machine interaction and virtual reality techniques, and bring up the " caad analysis "
因此，文章以现代心理学为依据，分析了广场意象，提出“意象分析法”；以现代行为学为依据，分析了人在广场上的活动规律，提出“行为分析法”；最后以现代计算机技术为工具，通过三维技术，人机互动以及虚拟现实技术辅助广场设计，提出caad分析法。 - During the procedure of system design and implementation, the author has made some innovative efforts such as : ( d establishing the user interest orientated model, the model receiving user interests continuously and conjecturing user interests by interaction with the user, accumulating user preferences in information demand, thereby achieving self-adaptive retrieval, ? roviding a feedback method which is based on the human-machine interaction, summarizing the user operations on the interface of result presentation, and designing an algorithm for capturing user operation behaviors, by which the changes in user interests and preferences can be learned potentially, ? ffering a method for user interest mining which can extract subjects of information confirmed by user, thereby conjecturing or predicting different kinds of expressions of the same interest or extracting the new interests or unexpressed interests, ? roposing a solution of personalized internet information retrieval based on the user interests in accordance with the above-mentioned work, the solution having very strong feasibility and practicality with taking user interest model as center, employing machine learning ( active learning and passive learning ) and data mining as tools, and being assisted with network robot,
piirs系统分析与设计过程中所做的创新性的尝试主要有以下几个方面：实现了基于用户兴趣的用户模型，该模型通过与用户的交互(主动交互和被动交互)，不断地接收用户的兴趣和推测用户的兴趣，积累用户信息需求的偏好，实现自适应的检索；提供了一种基于人机交互的反馈方法，对用户在结果呈现界面上的操作进行了归纳总结，设计了用户操作捕获算法，“隐性地”学习用户兴趣和偏好的变化；提供了一种用户需求挖掘的方法，对用户已确定的信息做进一步的主题挖掘，由此推测或预测用户同一兴趣的不同表述方式或者挖掘出用户新的或未表达出来的兴趣；在上述工作基础上提出了一套完整的基于用户兴趣的个性化网络信息检索的解决方案，该方案以用户兴趣模型为中心，以机器学习(主动学习和被动学习)和数据挖掘为手段，辅以网络机器人，具有很强的可行性和实用性。 - Information can be managed in a dynamic way through information management system designed for man-machine interaction, hi addition, we permit different people to access different subsystems using different codes; as a result, the system is safer and different departments of the enterprise, such as sale-department, manufacturing department and so on, can share information
通过对远程网络信息管理系统软件的人机交互式设计，实现了信息的动态管理；另外通过对整个系统设置不同的访问权限，既保证了系统的安全性，又实现了生产、销售和客户服务之间信息的共享。 - The algorithm of the original first-arrival picking up module and positioning module are also modified . three, the automation and graphic handling of automatic and manual picking up first-arrivals of direct wave are carried out with vc + + 6.0 visibility programming techniques . all processes are accomplished by operator-machine interaction
使用visualc~(++)6.0可视化编程技术，实现了直达波初至拾取的计算机自动化和可视化，以及直达波初至的人机交互拾取，整个过程采用了人?机对话方式。 - Web-based remote control, which is based on tele-operation control, refers to establish an open connection between control system and internet / intranet environment by harmonious operation of man-machine interaction to realize the real time remote control
基于web的远程控制(web-based)是从遥操作控制(tele-operation)的基础上发展起来的，通过人机交互的协调操作，建立控制系统与internetintranet环境的开放性连接，在保证安全性和可靠性的基础上，通过web对现场设备进行实时远程监控。 - This system's hardware adopts dsp-embedded controller, which can process digital signal independently . the controller communicates with pc by accessing memory . on the side of controller, c language is used to write the interpolation program and the interruption service program, while on the side of pc, visual c + + is used to write programs in which functions of editing nc-code, real-time control and human-machine interaction interface is fulfilled
该数控系统的硬件采用了具有独立数字信号处理功能的dsp型运动控制器，控制器通过内存访问与pc机通信，使用c语言编写了控制器端的中断服务和插补程序，使用visualc++编写了pc端的数控代码编辑、实时控制和人机交互界面程序。 - It supports the man-machine interaction, from low level of primitive image features to get high level of logical features, and then studies the training data via man-machine interaction, finally mines knowledge and model needed . the simple hierarchical modeling is suitable for different application in remote sensing image and for the development of remote sensing technology
在分层模型支持下进行交互式学习的挖掘,即从遥感图像中低层次的原始特征出发,提取得到高层次的逻辑特征,通过人机交互,学习用户提供的训练数据,挖掘用户所需要的知识和模式,这种方法能够适应遥感图像的不同应用需求。 - It supports the man-machine interaction, from low level of primitive image features to get high level of logical features, and then studies the training data via man-machine interaction, finally mines knowledge and model needed . the simple hierarchical modeling is suitable for different application in remote sensing image and for the development of remote sensing technology
在分层模型支持下进行交互式学习的挖掘,即从遥感图像中低层次的原始特征出发,提取得到高层次的逻辑特征,通过人机交互,学习用户提供的训练数据,挖掘用户所需要的知识和模式,这种方法能够适应遥感图像的不同应用需求。 - The maturity of network-based technologies such as tcp ip, tool sets ide s, uml, etc ., platforms such as j2ee platforms, and related methodologies such as oo, services, etc ., that provide the infrastructure needed to facilitate loosely-coupled and interoperable machine-to-machine interactions-a state far more advanced than what corba users experienced
基于网络的技术（比如tcp/ip）、工具集（ide、uml等等）、平台（比如j2ee平台）和相关的方法（比如oo、服务等等）的成熟水平。它们提供了简化松散耦合的、可互操作的、机器到机器的交互（一种比corba用户体验到的高级得多的状态）所需的基础架构。
- machine interactionとは意味：機械相互作用｛きかい そうご さよう｝
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Last modified time:Mon, 11 Aug 2025 00:29:56 GMT
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