基于Android平台校园信息发布系统

目前,校园信息发布系统已成为各大高校信息发布的主要载体,而移动网络终端的普及使得手机（尤其是智能手机）成为高校学生中信息获得的最主要形式。利用Android智能手机平台的高效与智能的特点实现校园信息发布实现了信惠发布的同步化,即时化以及便捷化,在降低了信息发布系统平台的繁杂程度和实现成本的同时,增加了信息发布的即时性和便捷性,从而推动了信息化校园的建设,进一步完善了校园信息发布系统。     

基于微信公众平台开发的校园微信助手

基于微信公众平台开发的校园微信助手利用校园内本地搭建的服务器,以微信公众平台作为信息传递的载体,采用div+CSS、PHP和Python语言所构架出来。用户可以通过手机移动终端访问校内资源,拥有成绩查询、英语四、六级和计算机等级成绩查询、天气预报、小黄鸡聊天、校园周边美食、课表查询等功能。具有架构虚拟服务器、模拟数据交换进入学校数据库、实现了由外网进入内网进行数据交换的创新特点,目前已得到了广泛关注。     

基于微信公众平台的移动学习系统设计与实现

近年来,随着移动学习的逐渐普及,大学生对移动学习的需求也日益强烈.移动学习被认为是一种未来的大学生学习模式.为满足大学生的移动学习需求,文章基于微信公众平台设计了一个移动学习系统.经过前期的测试和使用,系统效果良好,具有进一步的开发和使用价值.     

基于微信公众平台的移动微型学习

当前科学技术的不断发展,人们可以通过更方便的方式来获取学习资料,尤其是智能手机等移动设备的出现,让移动微型学习成为了现实。但是实际上移动微型学习还存在一些问题没有得到妥善解决。研究基于微信公众平台的移动微型学习实证研究,能够明确当前移动微型学习的趋势和改进的方向。本文当中以计算机应用基础公众平台作为实例,对于关注该平台的四百多名用户进行了调查与分析,从学习内容、学习特征等方面来进行统计。结果表明,微信公众平台本身所具有的优势在多个方面都有所体现,不同的用户之间也存在一定的差异性。希望通过本文的研究,能够给业界带来一定的启发与思考。     

微信公众平台在移动学习中的应用分析

利用微信公众平台进行移动学习是现在公众进行学习的一种新兴方式,这种方式具有即时、方便、不受时间限制等众多的优点。本文根据微信公众学习在移动学习中的具体应用,对微信公众平台在移动学习中的应用方式进行分析,研究微信公众平台在移动学习应用中存在的具体问题。     

关于微信公众平台在移动学习中的应用研究

互联网技术在教学中的应用在进一步扩展,在计算机网络环境下教学手段优化过程中使用较多的是微信公众平台,可以帮助学生掌握更加充足的教学资源,转变传统教学中课堂教学为主的缺陷,实现学生的移动学习,使得学生学习更加即时、方便和快捷,提升学生学习质量。文章主要针对微信公众平台在移动学习中的应用进行分析研究,为公众平台开发技术的日趋完善和发展提供一定基础。     

微信公众平台在教务处信息化中的应用

本文首先分析了近来年高校网络信息系统发展趋势,之后介绍了微信公众平台应用于高校教务信息化中的优势和可行性,结合我校实践,介绍了微信公众平台在我校教务信息化中的应用探索,最后对微信公众平台应用于教务信息化进行了展望,希望对相关研究提供参考和借鉴。     

高校微信公众平台运营与开发研究

作为一种新媒体,微信公众平台从推出至今广泛而深刻地影响着每个人的生活。文章立足高校,分别介绍高校微信公众平台的运营策略和开发方式。运营策略主要从文章和互动两方面入手,侧重讨论文章的选材、标题、排版以及推送时间等方面;开发方式则介绍微信公众号开发的工作过程和开发技术等。文章旨在使高校微信公众平台管理员更好地管理其公众平台,为广大学生提供更好的服务,同时希望能为其他领域的微信公众平台管理提供思路与方法。     

智慧校园下微信公众平台研究

为了更好地建立智慧化校园,探索微信公众平台在高校中的应用,文章探讨了利用微信公众平台的特性构建校园微门户,将校园信息化中的各个移动应用集成于微信公众平台中,并对存储于学校各个系统中的异构数据进行查询。实践表明该系统具有良好的稳定性、可扩展性,极大地方便了用户。     

基于微信公众平台移动混合学习SECOND模型研究

结合移动混合学习理论和文献研究法探讨任何学习模型和平台不断迁移的原因,结果显示平台的社交性、开放性和发展性是关键元素。在此基础上分三个层次构建移动混合学习SECOND模型,包括:以移动网络社交性、开放性和经济性为特色的基础层;由7C模型构成的教学实施层;以移动混合学习平台为媒介的发展层。最后以微信公众平台实证移动混合学习SECOND模型。     

基于Android的校园信息平台客户端的设计

针对高校的信息管理和教务流程系统的广泛应用及智能移动终端的逐渐普及,借助于智能移动开发技术的迅速发展,设计了一套面向高校学生的校园移动网络信息平台。该平台应用Android技术进行开发,采用MVC框架。现对该平台的体系结构、功能进行了详细的分析,介绍了设计中所应用的的关键技术。平台经过测试,运行稳定,实现了设计目标所规定的功能。     

Mobile information services enabled by mobile publishing (MIS-MP)

Mobile users and devices want to discover and share a growing range of information as the processing and storage capabilities of mobile devices grow. For example, users want to discover nearby networks, and location-based or time-sensitive user information contents. A mobile device may want to discover neighboring networks and the parameters required to access these networks so that it can intelligently decide which networks to use next, and use its existing network connection to authenticate with selected neighboring networks before it moves into the coverage areas of the selected networks. This can significantly reduce handoff delays. Existing service discovery frameworks are not effective for such neighboring network discovery or for discovering dynamic, location- or time-sensitive user information contents. This paper describes and evaluates a new approach—Mobile Information Services enabled by Mobile Publishing (MIS-MP)—for real time collection, discovery, and sharing of network and user information. With MIS-MP, mobiles take full advantage of the wealth of information they can accumulate during their routine mobility and use of networks to help each other to discover the information they want when and where they want it. This is accomplished by mobiles publishing the information they collect about the networks they visited, and the user information contents they learned or used, to make the information available to other mobiles. This paper presents analytical models and simulation results to evaluate the feasibility and performance of MIS-MP. It also describes a testbed implementation of MIS-MP and some of the lessons we learned. Tao Zhang is Director of Mobile Networking Research Group at Telcordia Technologies, Piscataway, New Jersey, USA. He develops and directs research and advanced development programs in mobile networking and applications, including mobility and applications across heterogeneous radio networks, mobile information services, vehicular networking, mobile peer-to-peer applications, sensor networking and applications, and collaborative networking .Dr. Zhang’s work has led to several new commercial products. He co-authored the book “IP-Based Next Generation Wireless Networks” published by John Wiley & Sons in 2004. He initiated the International Conference on Collaborative Computing: Networking, Applications, and Worksharing (CollaborateCom), and has been serving in various roles for it. Dr. Zhang holds 4 U.S. patents, with over 25 more pending. He received the 2000 Telcordia CEO Award (for most exceptional teams and individuals who have achieved a significant business success) and 2002 SAIC’s Executive Science and Technology Council Publication Prize. Eric van den Berg received his Ph.D. in Applied Mathematics from Cornell University in 1999. After obtaining his degree, he joined Telcordia Technologies, where he is a Research Scientist in Applied Research Department. His research interests include traffic modeling and performance analysis of IP- and wireless networks. He received the 2000 Telcordia CEO Award (for most exceptional individuals and teams who have achieved a significant business success) and the 2002 SAIC Executive Science and Technology Council Publication Prize. Sunil Madhani is a Distinguished MTS with Motorola where he manages the IP Realization team in Mobile Device Technology Office. He aims at working on unconventional and disruptive IP technologies. His current research focus is on convergent networks, dynamic mobility management and fast handoff in secured/seamless wireless LAN/WAN roaming. His past research includes registration/configuration protocols in wireless environment, application layer mobility management, secured Mobile IP, managed DOS attack sensor and TCP/IP boosters. Sunil Madhani holds MS (2002) in Engineering Management & System from Columbia University and MS (1997) in Computer Science from State University of New York.     

统计信息发布系统的设计与实现

统计信息发布系统是进行统计信息发布的重要手段。首先从开发环境、系统功能、系统结构等方面给出了一种基于Web的统计信息发布系统的设计和实现方法，然后对其中采用的数据库的访问方法、数据库的连接方法等关键技术进行了深入的探讨，最后对该系统的应用效果进行了描述。     

基于SOA的数字化校园平台的研究

为了解决学校系统功能孤立,开放性差产生的信息孤岛问题,文中提出了一种数字化校园建设的方案.该方案结合学校数字化校园的现状和SOA技术,提出一个由统一身份认证、统一信息门户和共享数据中心组成的数字化校园总体逻辑架构.在该架构的指导下分析并确定了数字化校园的信息流,实现了信息共享和资源优化.     

Context-aware platform for mobile data management

Interaction design is a major issue for mobile information systems in terms of not only the choice of input/output channels and presentation of information, but also the application of context-awareness. To support experimentation with these factors, we have developed platforms to support the rapid prototyping of multi-channel, multi-modal, context-aware applications. The Java-based platform presented here is based on an integration of a cross-media link server and an object-oriented framework for advanced content publishing, along with a Client Controller and Context Engine. We also describe how this platform was used to develop a mobile tourist information system for an international arts festival where interaction was based on a combination of interactive paper and speech output. Moira C. Norrie is a Professor at ETH Zurich where she is head of the Institute for Information Systems and leads the Global Information Systems research group. Her research interests include object-oriented models and systems for data management, web engineering, mobile and personal information systems and interactive paper as a medium for integrating printed and digital information. Beat Signer is a Post-Doctoral researcher in the Global Information Systems research group at ETH Zurich. He received a Ph.D. from ETH Zurich in 2005 for his work investigating fundamental concepts for interactive paper and cross-media information management. His research interests include interactive paper, cross-media information management, object-oriented technologies and software engineering. Michael Grossniklaus is a research assistant in the Global Information Systems research group at ETH Zurich. He received a Diploma (M.Sc.) in Computer Science from ETH Zurich in 2001 and is currently completing his Ph.D. His main research interest is empowering information systems for context-aware data management and delivery in the domain of web engineering and mobile computing. Rudi Belotti was a research assistant in the Global Information Systems research group at ETH Zurich from 2004–2006. He received a Diploma (M.Sc.) in Computer Science from ETH Zurich in 2004. In his research, he developed a general model and engine for the management of context information in mobile information systems. He is currently working for an e-business services company in Ticino, Switzerland. Corsin Decurtins is a research assistant in the Global Information Systems research group at ETH Zurich. He received a Diploma (M.Sc.) in Computer Science from ETH Zurich in 2002. His research focusses on model-based approaches and infrastructure for ubiquitous and mobile information environments. In addition to his Ph.D. Corsin also works part-time as a senior software engineer at the software company Netcetera. Nadir Weibel is a research assistant in the Global Information Systems research group at ETH Zurich. He received a Diploma (M.Sc.) in Computer Science from ETH Zurich in 2003 and is currently working on his Ph.D. His research is in the area of interactive paper, particularly on the authoring and publishing infrastructure for interactive documents as well as issues of human computer interaction and mobile environments.     

谈党校信息化建设的发展

构建适合党校信息化发展 ,有实用价值的信息技术平台 ,优化网络系统结构和功能 ,使校园网系统、数据库系统在统一的网络平台环境下发挥功能和作用。     

数字化校园中即时通信技术的应用

近几年来,随着科学技术和信息化的不断发展,信息化和数字化技术已经得到了广泛的应用。在教育领域中,信息化的具体体现就是数字化在校园中的应用,以网络和数字化信息为基础的校园就是数字化校园。在数字化校园中,要加快数字化校园的建设进程,需要各种文字、视频、语音等各种能够即时沟通的方式,而这些即时沟通方式都需要即时通信技术提供。在此以即时通信技术为主要研究对象,对其在数字化校园当中的应用进行探究和分析。     

基于安卓技术的校园信息应用系统研发

我国校园信息更新速度迅猛。从早期的校园网络硬件普及到信息化校园,再到今天的智慧型校园建设。这当中都离不开校园信息的应用以及校园信息为基础提供的各种服务。只是在不断往动态化、智能化、物联网应用等不同方向进行发展与延伸。所以本文主要研究在安卓技术支持下,如何将校园信息动态的应用与管理。设计出校园信息应用系统。此系统可以为信息化校园、智慧校园提供各种服务。     

物联网技术在智慧校园建设中的应用

现阶段我国的科技水平逐渐提高,互联网、云计算等新一代高科技信息技术的应用范围逐渐扩大,我国高校也逐渐实现从数字校园到智慧校园的过渡。建设智慧校园主要是依靠先进的物联网技术,使校园管理模式逐渐趋向科学化、人性化,从而推动智慧校园建设工作的开展,并且促进智慧校园的进一步发展。文章对物联网技术在智慧校园建设中的应用问题进行了深入的分析和探讨。     

校园综合门禁管理平台的设计

针对当前高校门禁管理建设中多系统多卡、门禁流水数据分散、扩展性能差等问题,在分析已有系统架构的基础上,提出了以感知层、传输层、应用层为核心的校园综合门禁管理平台三层框架设计,通过统一校园卡介质及授权、实施分级管理及门禁联网、全面规范接入标准、集中存储数据流水等手段,实现基于校园卡门禁应用数据的统一处理。该设计方案不仅能方便高校门禁应用的管理,而且为开展基于门禁数据挖掘及支撑领导决策奠定基础。