基于J2EE的新闻发布系统的分析与设计

本文针对J2EE技术进行深入研究,对Struts框架进行深入剖析,研究Struts框架的内部结构、运作流程,以及对MVC设计模式的分析研究和对MYSQL数据库进行深入了解,并提出了一个以J2EE为平台,使用Struts框架,引入MVC设计模式的基于J2EE的新闻发布系统。本系统提高了用户获取新闻信息的及时性,使用户能更...     

基于SOA技术的高校URP建设的研究

通过基于SOA技术的高校管理工作一体化信息系统软件的设计,综合性地量化学校各项重要信息,使信息一体化程度更为集中,帮助管理工作者、校务管理人员做出动态的管理决策调整,对于URP流程改造提供具体的实践模型参考。同时研究出一种能够应用于各类普通高校管理工作的无线与网络相结合的软件系统设计模型,提供一种可量化的工作数据系统样本,以比较低廉的代价解决校园信息化过程中的信息孤岛问题,进一步提升校园信息一体化程度。     

移动中间件在ERP系统中的应用

鉴于J2ME和Web Services技术在部署企业移动应用上的优势,本文在深入研究这两种技术的基础上结合实际项目构建了一个企业移动应用系统-移动ERP。它面向企业的工作人员,让他们随时随地查询企业进、销、存等信息,并可以对信息进行审批,实现了移动终端和企业信息的交互,具有一定的实用价值,同时验证了用这两种技术构建企业移动应用程序的可行性。     

基于CCl101的分布式节能测控网络设计

设计并实现了一种基于无线收发器芯片CCll01的测控网络,简要介绍了网络中链路层协议的工作机制及相应硬件电路设计;详细分析了使用CCll01进行无线通信时的节能设计和防冲突设计原理,计算并给出了CCll01的有关内部寄存器的取值,同时也说明了使用PIC单片机PICl8F66J60进行局域网互连的软硬件设计方法;介绍了最终系统的实现情况及应用前景。     

辩论支持系统的设计与实现

本文阐述了辩论支持系统开发的背景和意义,介绍了基于J2EE的系统需求,分析了软件的结构和主要功能模块及所用的关键技术框架,并在J2EE平台上开发实现了系统。     

基于SPRING框架的分布式工作流引擎的设计方法探索

工作流引擎是工作流管理的技术核心。采用工作流引擎为支撑平台的业务管理系统具有高度的灵活性,它可以按照企业的具体需求,快速灵活地生成应用软件系统,并且在企业业务流程发生变化时,可以通过重组迅速地满足客户的需求。     

基于J2ME的中医方剂及中药程序

本文基于J2ME开发了一个手机程序,该程序能对中医常用方剂和中药按分类和拼音快速检索查阅。为了实现高效检索,在方剂和中药数据中加入了特定分隔符,进行了规范处理,并充分利用String类的子串搜索和子串截取方法达到了目的。     

基于Symbian平台飞机大战游戏设计

随着手机用户的快速增多,手机的应用软件和游戏需求越来越大。基于J2ME技术的软件开发和游戏开发可移植性强,功能强大。本文选择J2ME作为开发语言,介绍手机游戏开发的一般流程,包括地图设计、动画效果、参数设置、子弹碰撞检测等;最后给出游戏的测试效果。     

Interactive Fibre Structure Visualization of the Heart

The heart consists of densely packed muscle fibres. The orientation of these fibres can be acquired by using Diffusion Tensor Imaging (DTI) ex vivo. A good way to visualize the fibre structure in a cross section of the heart is by showing short line segments originating from the cross section and aligned with the local direction of the fibres. If the line segments are placed dense enough, one can see how the fibre orientations change. However, generation of the line segments takes time and thus the user has to wait for new geometry to be generated when the plane defining the cross section is changed. We present a new direct rendering method for the visualization of the 3D vector field in a 2D user‐definable cross section of a heart. On the intersection of the plane with the vector field, the full 3D vectors are rendered as 3D line segments with a local ray casting approach. No preprocessing of the data is needed and no geometry is generated. This technique allows a fast inspection of the data to identify interesting areas where further analysis is necessary (e.g. quantification or generation of streamlines). We also show how the technique is generalized to other glyph shapes than line segments by implementing ellipsoids.     

A software architecture framework for on-line option pricing

The problem of growing computational complexity in the finance industry demands manageable, high-speed and real-time solutions in solving complex mathematical problems such as option pricing. In current option trading scenarios, determining a fair price for options “any time” and “anywhere” has become vital yet difficult computational problem. In this study, we have designed, implemented, and deployed an architecture for pricing options on-line using a hand-held device that is J2ME-based Mobile computing-enabled and is assisted by web mining tools. In our architecture, the client is a MIDP user interface, and the back end servlet runs on a standalone server bound to a known port address. In addition, the server uses table-mining techniques to mine real-time data from reliable web sources upon the mobile trader’s directive. The server performs all computations required for pricing options since mobile devices have limited battery power, low bandwidth, and low memory. We have parallelized and implemented various computational techniques such as binomial lattice and finite differencing. To the best of our knowledge, this is one of the first studies that facilitate the mobile-enabled-trader to compute the price of an option in ubiquitous fashion. This architecture aims at providing the trader with various computational techniques to avail (to provide results from approximate to accurate results) while on-the-go and to make important and effective trading decisions using the results that will ensure higher returns on investments in options.