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Progress in Human Computer Interaction最新文献

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Interactive Design of Mobile Phone Interface 手机界面交互设计
Pub Date : 2018-06-17 DOI: 10.18063/PHCI.V1I1.553
Xiaoliang Pan
This topic is divided into two parts: (1) mobile phone interactive design of the status quo survey, including the mobilephone market, the use of the crowd, the use of functions, keyboard and interface analysis. (2) Mobile interactivedesign includes: design positioning, design requirements, innovation, tree structure, icon design. Analyze theadvantages and disadvantages of the existing mobile phone interface design through the current situation investigation.Study the interface and operation of the smartphone SMS function of the students, understand the movement habitsand defects of the thumb, and analyze the relationship between the keyboard and the interface. So that the existingmobile phone interface more humane, home interface under the control of the user.
本课题分为两个部分:(1)手机交互设计的现状调查,包括手机市场、使用人群、使用功能、键盘和界面的分析。(2)移动交互设计包括:设计定位、设计要求、创新、树形结构、图标设计。通过现状调查,分析现有手机界面设计的优缺点。研究学生智能手机短信功能的界面和操作,了解拇指的运动习惯和缺陷,分析键盘与界面的关系。使现有的手机界面更加人性化,家居界面在用户的控制之下。
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引用次数: 4
Lab VIEW Program Design of Public Traffi c Station Broadcasting System 公共交通站广播系统的Lab VIEW程序设计
Pub Date : 2018-06-17 DOI: 10.18063/PHCI.V1I1.554
Minghui Wen
The development of traffi c information for us, is a sign of the development of civilized society. This topic uses theadvanced technology idea to provide a transportation information automation solution. This paper introduces thevirtual instrument and its development background. Through the study and research of the virtual instrument, thesoftware tool is used to realize the simulation of the bus station display system. The design of this topic is: the use ofLabVIEW in a variety of controls to achieve the simulated bus station display station and the car temperature display,the number of current time display. The advantage of virtual instrument is used to realize the display part of thetransportation terminal service system based on the operating system. Lab VIEW graphical programming interface,with a good human-computer interface, convenient hardware connectivity, it is very popular for developers; LabVIEW technology updates quickly, I believe it not only in the traffi c information will be great Application, but also inmore and more areas to play a greater role!
交通信息化的发展对于我们来说,是文明社会发展的一个标志。本课题运用先进的技术思想,提供一个交通信息自动化解决方案。本文介绍了虚拟仪器及其发展背景。通过对虚拟仪器的学习和研究,利用软件工具实现了公交车站显示系统的仿真。本课题的设计是:利用flabview中的各种控件来实现模拟公交车站的显示、车站温度的显示、当前时间的显示。利用虚拟仪器的优势,实现了基于操作系统的交通终端服务系统显示部分。Lab VIEW图形化编程界面,具有良好的人机界面,方便的硬件连接,很受开发人员的欢迎;LabVIEW技术更新很快,相信它不仅会在交通信息方面得到很大的应用,而且会在越来越多的领域发挥更大的作用!
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引用次数: 0
Research and Development of CAD/CAM System for Cavity Mold 型腔模具CAD/CAM系统的研究与开发
Pub Date : 2018-06-17 DOI: 10.18063/PHCI.V1I1.557
Tiantian Wu
With the rapid development of science and technology, the demand for product diversifi cation is becoming strongerand the product is getting faster and faster. Especially as plastic products and other light industrial consumer goodsproduction of high-speed growth, more and more complex shape of the mold, the accuracy requirements are gettinghigher and higher. CNC machining, especially high-speed cutting technology to shorten the mold manufacturingcycle, improve the mold surface quality, to maximize the need to adapt to the needs of market competition to providestrong protection, while UG and other CAD/CAM software is also the digital manufacturing era, to achieve molddesign and manufacturing Rapid output to meet the user requirements of the performance of the necessary tools.Based on the UG die CADCAM system development of key technologies and the specific implementation of themethod. At the same time the use of documents and database technology will be the actual production of enterpriseresources, such as tool library, equipment library, cutting parameter library and UG system related to the library fi lesynchronization management, to achieve resource sharing, and ultimately to UG-based mold CAD/CAM Seamlessintegration.
随着科学技术的快速发展,对产品多样化的需求越来越强,产品越来越快。特别是随着塑料制品等轻工业消费品产量的高速增长,模具的形状越来越复杂,对精度的要求也越来越高。数控加工特别是高速切削技术缩短了模具制造周期,提高了模具表面质量,为最大限度地适应市场竞争的需要提供了强有力的保障,同时UG等CAD/CAM软件也是数字化制造时代,实现模具设计制造快速输出满足用户要求的必要工具的性能。基于UG的模具CADCAM系统开发的关键技术及具体实现方法。同时利用文档和数据库技术将企业实际生产的资源,如刀具库、设备库、切削参数库等与UG系统相关的库进行同步管理,实现资源共享,最终实现基于UG的模具CAD/CAM的无缝集成。
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引用次数: 0
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Progress in Human Computer Interaction
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