设计了基于软件握手的人机交互系统通信协议，可以实现与主控板的准确、快速通信。
The second is the design of the communication protocol between the H-M interface and the main control board, which is based on the software handshaking.
文章简要说明了传统人机交互系统所存在的问题并提出了一种新的人机交互系统的设计平台。
In this paper, the problem of the traditional human-computer interaction is briefly introduced and a new designed platform for human-computer interaction is proposed.
整个系统为B/S框架，具有良好的人机交互界面。
The whole system is a B/S prototype with a nicer interactive interface.
控制系统具有良好的人机交互界面，便于操作。
The system has a nicer man-machine conversation interface, facilitating the manipulator's control.
系统具有可靠性高，功能全，良好的人机交互界面。
The system has the high reliability, function entire, and good man-machine interactive contact surface.
该系统具有开放式的系统结构，提供有效的人机交互接口，采用PID算法，具有较好的稳定性和较高的精度。
The system has open systematic structure, offers the effective human-computer interaction interface, adopts PID algorithm, therefore, it has the better stability and higher precision.
人体虚拟漫游平台是虚拟漫游系统中一种适应人自然运动的人机交互设备。
Human virtual wandering platform is a human-machine interface in virtual environment, which is used to adapt to human natural movement.
借鉴这些系统的优秀设计思想，设计了一个基于上下文感知的多模式交互导游系统，以提高系统的人机交互性能。
Based on these models, this paper comes up with a multi-model interaction guide system based on context awareness, which can improve performance of the system.
测试试验表明，该系统功能完善，通用性好，具有良好的人机交互性，实用性强，对于提高火炮故障检测水平具有积极的意义。
Tests showed that the system is fully functional, universal good, good human-computer interaction, practical and positive significance for the improvement of the level of fault detection artillery.
该系统提供友好的人机交互。
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.
优选辅助计算系统具有友好的人机交互界面，操作方便，显著提高了工作效率。
The computer assistant system which has friendly man-machine interface is easy to operate and significantly improve the work efficiency.
利用计算机技术形成一个完善的人机交互设计系统，来提高设计效率。
This system can be used for calculations and interactive designs of the anchor-plate retatining wall.
本课题研究的智能化服装款式设计系统是面向非服装设计专业的用户，使用户在简单的人机交互中完成传统的设计师的手工创作过程。
Intelligent fashion design system studied in our assignment is designed for non-professionals to finish the design work on computer, which was traditionally done only by the professional designers.
本文分析了人机结合对CAD系统设计的影响，论述了HPC系统凹模、凸模和挡料装置设计模块中的人机交互作用。
The influences of man-machine combination on the design of CAD system, the man-machine interaction in the die, the punch and the stock stop design modules of HPC system are discussed.
这种图形符号的语义联想方法可以用来改善信息检索系统的人机交互效率以及用于数据挖掘领域中的信息可视化技术。
The method of icon semantics association can be applied to the improving of the information retrieve system based on icon, and can be applied to information visualization technology in data mining.
该系统包括由高分辨率触摸屏及彩色液晶显示器构成的人机交互界面，多脉冲强光电源的控制系统以及工作状态的监测和报警系统。
The entire system consists of a users interface with touchscreen and color LCD display, a control system with multi-pulse intense power supply, and a monitor and alarm system of operating conditions.
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".
本系统通过界面友好的人机交互实现故障诊断、知识获取、维修管理，辅助学习，符合各层次诊断维修人员的需求。
The system realized diagnosis , knowledge acquisition, maintain management and learning assistant by friendly interface, which satisfied maintain personnel in different level.
音视频采集、处理与传输系统等构成了电力系统远程巡视机器人的监控系统，直接决定着系统的人机交互性能和实时性能的优劣。
The audio and video processing systems form the central control system, and directly affects the quality of real-time man-machine communication in this special robot.
然后利用工业组态技术，为控制系统提供了良好的人机交互界面，为以后药品自动生产线的研发奠定了基础。
Then industrial configuration software for the control system provides a good interactive interface, automatic production line for future pharmaceutical research and development foundation.
本课题研究的主要任务是实现雷达显示系统，包括雷达和目标状态信息的显示，雷达工作状态的控制，设计友好的人机交互界面。
The main missions in this research is achieving radar display system, including radar and objectives' the state information display, the state control of radar, and design the friendly user interface.
地理信息系统(GIS)具有便捷、强大的数据管理功能和友好的人机交互环境等优点。
Geographical Information System (GIS) has the advantage of convenient and powerful data management capabilities and friendly man-machine interaction environment.
采用虚拟仪器技术开发测量系统可以大大缩减开发周期，同时也可以提供良好的人机交互界面。
It can greatly reduce the development cycle and provide a good interactive interface by using the virtual instrument for development of measurement system.
因此本文利用现有的语音识别技术和计算机视觉技术，来开发适合残疾人用户使用的人机交互辅助系统。
This paper makes use of existing speech recognition and computer vision technology to develop a human-computer interaction support system for disabled users.
整个系统为B/S框架，具有良好的人机交互界面、使用不受时间空间限制等特征。
The whole system is a B / S framework having a good human-computer interface and can be used at anytime and anywhere.
通过仿真和实时加工轨迹的显示，丰富了系统的人机交互功能，便于操作人员掌控当前的加工状态。
So it achieves a variety of functions, such as simulation, processing, file and manual functions, and easy to operate.
该系统中上位机采用触摸屏控制，具有很好的人机交互，可实现对通风机良好的远程监控。
The host computer of the system is controlled by touch screen, which has a good human-computer interaction to ensure the implementation of a good remote monitoring to the ventilator.
并根据系统界面设计原则，设计友好的人机交互界面。
And according to the system interface design principles, designed an friendly interface.
并根据系统界面设计原则，设计友好的人机交互界面。
And according to the system interface design principles, designed an friendly interface.
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