基于Web 3D技术的档案管理系统的设计与实现

发布时间：2018-02-16 06:29

本文关键词： 社保基金档案管理网页版三维技术档案储位可视化　出处：《天津大学》2015年硕士论文　论文类型：学位论文

【摘要】：档案管理信息系统的研究与开发工作虽然已经不再是新课题,但是与Web3D技术相结合的档案管理系统的研究还处于探索阶段,国内外的有关Web 3D的软件工程应用的相关文献都很少见。系统采用Web 3D技术实现了社保基金档案储位可视化管理,同时与社保基金其他业务信息平台实现了有机结合。具体来说,系统首先采用H图分析实现了对社保基金档案管理的需求分析;其次,为明确系统功能模块的实施主体,完成了对用户管理、系统参数设置、档案阅读、档案管理等模块的用例图分析与功能实现的模块设计;再次,完成了档案管理上述四大功能模块的数据需求分析;此外,采用Web 3D技术实现了档案管理系统的档案储位可视化功能分析;然后,针对需求分析中的各个功能模块进行,采用时序图分析、状态图分析等软件工程设计工具对系统进行了功能设计;此外还有,重点应用Web 3D技术实现了档案管理的可视化设计;最后,通过压力测试、安全测试、逻辑覆盖测试等标准测试方法实现了软件的全面测试。系统通过采用3Dmax建模的方式,实现了指定的库房的实景效果,完成了3D实景库房的软件开发,能够实时展示库房背景与物体的动态变化。
[Abstract]:Although the research and development of archival management information system is no longer a new subject, the research of archives management system combined with Web3D technology is still in the exploratory stage. There are few literatures about the software engineering application of Web 3D at home and abroad. The system uses Web 3D technology to realize the visual management of social security fund file storage. At the same time, it realizes the organic integration with other business information platform of social security fund. Specifically, the system first uses H-graph analysis to realize the demand analysis of social security fund file management; secondly, to make clear the main body of the system function module, Completed the user management, system parameter setting, file reading, file management and other modules of the use case diagram analysis and function implementation module design; thirdly, completed the file management of the above four functional modules of the data demand analysis; in addition, Web 3D technology is used to realize the function analysis of archival storage and location visualization in the file management system, and then, according to each function module of requirement analysis, timing diagram analysis is used. The software engineering design tools, such as state diagram analysis, are used to design the function of the system. In addition, the visual design of file management is realized by using Web 3D technology. Finally, through stress test, safety test, The standard testing methods such as logical coverage test have realized the overall testing of the software. By using 3Dmax modeling method, the system has realized the actual scene effect of the designated warehouse, and completed the software development of the 3D real scene warehouse. It can display the dynamic changes of the warehouse background and objects in real time.
【学位授予单位】：天津大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52

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