共享服务模式下WEB框架的设计与应用

本文将研究一种共享式服务框架（SSF）。SSF运用MVC理论，基于struts成熟框架模型提供框架的二次封装。它使公共组件模块化，提供统一的调用接口，使用xml对上层模块进行配置，实现软件开发的松耦合。与此同时，使标准的web风格的共享，提高表示层的可重用性．缩短了软件的开发周期。     

Flash课件中一类单选题的设计与实现

在制作选择题课件方面,Flash具有其它课件制作软件无可比拟的优势.通过一个单选题课件实例的研究,分析了用Flash的UI组件和ActionScript脚本语言制作一类选择题课件的方法.     

基于Apusic Studio平台的JSF开发研究

JavaServer Faoes(JSF)是一种新兴的Web表现层框架,它超越了JavaServer Pages (JSP),在页面内提供了真正的服务器端事件处理,并提供了基于组件的、可以跨多个服务器请求生存的页面.Aimsic Studio作为J2EE的集成开发平台,对JSF实现了全面支持,包括界面导航、拖放式设计、事件管理机制,以及部署文件的自动生成等,另配以语法加亮、代码导航、断点调试、可视化的设计等辅助功能.     

There is more to context than location

Context is a key issue in interaction between human and computer, describing the surrounding facts that add meaning. In mobile computing location is usually used to approximate context and to implement context-aware applications. We propose that ultra-mobile computing, characterized by devices that are operational and operated while on the move (e.g. PDAs, mobile phones, wearable computers), can significantly benefit from a wider notion of context. To structure the field we introduce a working model for context, discuss mechanisms to acquire context beyond location, and application of context-awareness in ultra-mobile computing. We investigate the utility of sensors for context-awareness and present two prototypical implementations — a light-sensitive display and an orientation-aware PDA interface. The concept is then extended to a model for sensor fusion to enable more sophisticated context recognition. Based on an implementation of the model an experiment is described and the feasibility of the approach is demonstrated. Further, we explore fusion of sensors for acquisition of information on more sophisticated contexts.     

敏捷开发模式下的移动端UI设计规范研究

目的研究敏捷开发模式下移动端产品的UI设计规范创建方法与作用。方法从对敏捷开发模式的特征提炼入手,分析了该开发理念下UI设计规范创建的新思路,并结合实例提出了符合敏捷理念的UI设计规范创建的内容与作用、边界与弹性以及制作与保存方式。结论敏捷模式下对UI设计规范的合理创建与实施,对于提升开发效率与改善用户体验具有实用价值。     

移动互联网软件产品中的UI设计研究

目的探究移动互联网软件产品的UI设计手法。方法以近年来国内外主流的移动互联网软件设计案例为基础,以艺术学、工业设计学、设计心理学、色彩学等为理论依据,从图形、色彩、文字、版式4个方面,分析移动互联网软件产品UI设计中各要素的处理方式,并对设计步骤及其要点进行阐述。结论优秀的移动互联网软件产品UI设计打破了传统互联网时间和空间上的局限性,提高了移动互联网服务的信息交互传输效率以及客户的视觉传达效能。     

基于移动互联网软件产品的UI设计要素与要点探究

信息化时代,移动互联网飞速发展,并获得了非常广泛的应用,为广大网民提供了方便、高效的信息交流平台。然而,现代的移动互联网软件产品UI设计不可以简单的将以往的组织结构、界面规划以及应用方法等照搬过来,需要加强色彩、编排以及图形元素等方面设计的创新,并确保UI界面语言系统健全、设计风格和内容相吻合、界面显示高清以及UI界面设计具有良好的简洁性,保证设计出的软件产品能够满足使用者需求。     

基于多线程技术的天线实时测量系统

建立了一套基于多线程技术的天线实时测量系统。实时测量系统具有很高的实时性要求,多线程技术以其能同时执行多项任务、最大程度利用多处理器性能的独特优点很好地满足了这一要求。系统软件用户界面可以完成所有测量参数的输入和设置并及时响应用户操作,除此线程外建立额外的工作者线程实现其他功能的并行工作,提高系统实时性,在用户界面实时更新显示仪器的运行状态和系统的测量进度以供用户了解系统状态,同时对测量数据进行实时地读取和保存,便于后期的进一步处理和研究。     

Design and development of a digital farmer field school. Experiences with a digital learning environment for cocoa production and certification in Sierra Leone

This article reports on the design and development of the Digital Farmer Field School (DFFS). The DFFS offers a tablet-based digital learning environment for farmers and extension agents for knowledge sharing and knowledge co-creation. It provides an alternative to conventional agricultural extension training and monitoring. The prototype DFFS applies Farmer Field School (FFS) learning principles and is designed and developed following user experience (UX) design principles and user interface (UI) design principles from a responsible innovation perspective, using existing FFS material and tailored films which support and enrich the content. The prototype DFFS has been tested in Sierra Leone to assess its success in providing a substitute for face-to-face voluntary sustainability standard certification training for cocoa farmers. Results show that the DFFS as an off-line, telephonically connected and regular on-line updated learning platform offers an appropriate environment in which collective and individual learning is stimulated and facilitated. The DFFS prototype was socio-culturally and technologically appropriate and fitted the operational and strategic communication skills of cocoa farmers and other value chain stakeholders. Films capturing the testing are available as additional learning media.     

无人机信息综合处理与显示系统研究

为提高地面站的信息共享能力,丰富遥测信息的显示量,提出一种无人机遥测信息综合处理与显示系统。首先建立基于分布式计算机系统的地面站软件运行平台,之后对信息综合处理系统的组成和功能进行介绍,最后讨论了信息综合处理与显示系统设计过程中的几个技术问题及解决措施,初步验证了信息综合处理与显示系统设计的可行性。