PHP技术支持的基因数据库Web平台构建

在计算机网页设计中,PHP是一项重要的应用技术。利用PHP技术开发设计算机网页平台,不仅可以加快开发与设计构成的速度,还能够是的网页操作更简便。由此可见,PHP具有较大的应用优势。本文就PHP技术对基因数据库Web平台的构建进行简单的分析,以期能够进一步了解PHP技术的应用。     

基于Linux的网站建设方案

从Linux Apache PHP MySQL的组合方案的优点出发,介绍了一种基于Linux操作平台,以Apache作为Web服务器,用PHP脚本语言作为开发工具,通过MySQL做后台数据库管理的动态网站建设方案,并给出了具体的架构步骤和利用PHP技术在网页上实现动态查询Web数据库的实例.     

MOOC教学平台研究与设计

MOOC是信息化技术发展到一定程度时必然出现的一种现代教育模式。文章对MOOC教学平台进行研究与设计,本平台应用MVC设计模式和B/S架构,基于PHP和My SQL开发出MOOC学习平台。在平台开发中利用了最新的框架技术和模板技术,为用户快速创建一个方便可靠的自主在线教学平台。     

基于WebGL的全景交互内容创作平台

本文研制了一种基于浏览器的全景交互内容创作平台。创作平台采用WebGL作为图像引擎,用WampServer（Windows Apache Mysql PHP）作为集成开发环境,利用JavaScript和HTML5语言对全景图像进行交互操作和控制,平台生成的应用能够对全景图像进行实时渲染并实现了热点交互设计功能。实验证明,本创作平台和生成的应用能够在支持WebGL浏览器的电脑和移动客户端上运行。     

基于PHP技术网络办公系统设计与实现

PHP技术是在三层B/S模型的管理信息系统基础上开发的一种新技术,是可以由服务器端支持的一种嵌入式脚本语言,由于Web页面里本身就有PHP代码,因此,PHP技术可以同时跨越多个平台系统。本文通过对办公自动化、三层B/S模型以及PHP技术的模型和概念进行了简要阐述,并以某市妇幼保健所建设的办公自动化系统为例,阐述了基于PHP技术网络办公系统的具体实现。     

PHP技术在动态网站设计中的应用

随着我国经济的发展和信息技术的进步,我国的动态网站开发技术也得到了快速发展.在我国当前的动态网站设计和开发中,PHP技术是应用最为广泛的技术,在本文中对PHP技术及其在动态网站开发中的应用进行了详细分析.     

基于MYSQL的智慧社区助老关爱平台数据库设计

数据库作为智慧社区助老关爱平台V1.0的重要组成模块之一,它是数据管理的中心,按照一定的数据模型对数据进行存储和管理。MYSQL作为一个中小型的关系型数据库,具有开源性、反应快、永久性的特性。文章以智慧社区助老关爱平台V1.0为背景,结合当前流行的PHP Web开发应用,简述MYSQL数据库的设计与实现。     

PHP技术在在线考试系统开发中的应用研究

随着教育改革的不断向前推进,考试模式也在逐渐发生改变,传统的考试模式逐渐被在线考试模式所取代,而要实现在线考试就必须对考试系统进行设计,PHP技术凭借通用性强等优点成为在线考试系统设计常用的工具.本文主要介绍了PHP技术的基本概念,分析了PHP技术对在线考试系统设计的作用,并对目前PHP技术在系统开发中的应用现状以及未来的发展趋势进行了简单的介绍.     

基于PHP的物理学习网站的开发和研究

网络教学是一种新型的教学模式,这种教学模式使教师把精力集中于教学,也使学生们可以自主地进行学习、交流。通过采用PHP开发语言、Apache Web服务器、My SQL存储数据库,开发设计了大学物理在线平台,同时详细地描述了平台的内容,分析了系统的模块设计并给出了部分数据库的程序代码,最后总结了运用PHP技术开发数据库系统的意义。     

具备云计算特性的业务交付平台及其关键技术研究

随着新技术的发展,传统的电信域业务交付平台(SDP)需要支持互联网、移动互联网和物联网等新环境下的应用交付。同时,云计算服务模式及其所涉及的关键技术也为SDP的构建方式及服务模式提出了新的发展思路。文章在分析云计算PaaS平台与SDP关系的基础上,提出了具备云计算特性的SDP解决方案及其功能框架,并对其中的关键技术进行了深入的分析和研究。     

移动互联网业务“云+端”架构的探索与实践

基于云计算技术提供移动互联网业务,是电信运营商在移动互联网时代提高竞争力,避免沦为单纯"管道"的重要手段。"云+端"架构,是实现移动互联网与云计算结合的一种可行的解决方案。介绍了"云+端"架构中云端与终端的具体结构以及基于"云+端"架构开发的云宝盒产品和世博e云手机,并提出了"云+端"架构的后续发展建议。     

移动云服务的自适应业务质量管理

The rapid growth of cloud computing and mobile Internet services has triggered the emergence of mobile cloud services. Among many challenges, QoS management is one of the crucial issues for mobile cloud services. However, existing works on QoS management for cloud computing can hardly fit well to the mobile environment. This paper presents a QoS management architecture and an adaptive management process that can predict, assess and ensure QoS of mobile cloud services. Furthermore, we propose an adaptive QoS management model based on Fuzzy Cognitive Maps (FCM), which suitably represents the causal relationships among QoS related properties and cloud service modes. We evaluate the proposed solution and demonstrate its effectiveness and benefits based on simulation work.     

Using mobile phones to enhance computing platform trust

This paper presents a new method to enhance the trust of traditional computing device by using the popular mobile phone. We first propose a formal method to analyze the platform trust establishment process based on trusted computing technology, and the formal results reveal possible attack and suggest potential solutions. Then, we design an improved solution, in which the mobile phone is extended to support three trusted computing functions: using mobile phone as a root of trust instead of Trusted Platform Module, as a local investigator to obtain evidences from the local computing platform, and as a trusted agent to build a secure communication channel with an external entity in the remote attestation applications. Finally, to describe the feasibility and efficiency, a prototype of the trusted mobile phone is implemented and evaluated based on an ARM development board.     

Cloud Computing in Mobile Communication Networks

Cloud computing makes computing power universally available and provides flexibility in resource acquisition.It allows for scalable provision of services and more reasonable use of resources.This article considers cloud service deployment and virtualization from the perspective of mobile operators.A solution is proposed that allows mobile operators to maximize profits with minimal investment.     

基于通信云和承载网协同的算力网络编排技术

面向未来网络中计算与网络紧密结合、"算网一体"的技术发展趋势,提出了基于集中式和分布式两种控制方案的算力网络编排模型,并分别介绍了实现过程的关键技术。从方案与技术分析来看,基于电信运营商通信云和承载网协同的算力网络编排方案可以较好地适应未来移动边缘计算(MEC)站点成网后边边协同与云边协同的业务需求,增强了网络对业务的感知与调度能力,而集中式或分布式控制方案的具体选择与运营商通信云能力和承载网的演进阶段密切相关。     

移动通信网络云计算的解决方案

云计算将计算能力作为通用性资源,提供一种弹性的资源获得模式,使业务的提供更具伸缩性,使能源在一定程度上得到更为合理的利用。文章从移动通讯运营商的需求入手,介绍了一种业务调度和虚拟化的计算云应用思路,为移动网络的云化提供了解决方法,使运营商真正能够以最小的投入,产生最大的收益。     

A Survey of Mobile Cloud Computing

Mobile Cloud Computing (MCC) is emerging as one of the most important branches of cloud computing. In this paper, MCC is defined as cloud computing extended by mobility, and a new ad-hoc infrastructure based on mobile devices. It provides mobile users with data storage and processing services on a cloud computing platform. Because mobile cloud computing is still in its infancy, we aim to clarify confusion that has arisen from different views. Existing works are reviewed, and an overview of recent advances in mobile cloud computing is provided. We investigate representative infrastructures of mobile cloud computing and analyze key components. Moreover, emerging MCC models and services are discussed, and challenging issues are identified that will need to be addressed in future work.     

Multilayer context cloud framework for mobile Web 2.0: a proposed infrastructure

Existing context‐aware systems focus only on characterizing the situation of an entity to exhibit the advantage of contextual information association, but they have no mechanism to facilitate the interoperation and reuse of contextual information. Cloud computing offers an adaptable and flexible solution for existing context‐aware applications, integrating Mobile Web 2.0 technologies. This work presents a multilayer context cloud framework (MCCF) that integrates Web 2.0 technologies into a mobile context‐aware system for use in a cloud computing environment. The proposed MCCF includes a context sensor layer, a context information layer, a context service layer, a context representation layer, a cloud computing layer, and a mobile Web 2.0 context‐aware Software as a Service layer. To demonstrate the feasibility of this approach, a Mobile Web 2.0‐based context‐aware Software as a Service platform, which is a cloud computing application based on MCCF, is implemented to provide continuous and context‐aware monitoring of a specific application. Copyright © 2011 John Wiley & Sons, Ltd.     

Software technology for wireless mobile computing

Some of the possibilities and requirements for mobile computing on wireless local area networks (LANs) are discussed from the systems software viewpoint. The design of the Student Electronic Notebook (SEN) is sketched to provide a partial catalog of problems in building a real system for wireless mobile computing. This project was initiated to investigate the potential of wireless mobile computing to reshape education. Some of the key directions for research in software technology for wireless, mobile computing are examined. Some of the authors' experience with wireless LANs is related