移动应用在离散制造业的应用模式研究

发布时间：2018-03-30 15:16

本文选题：离散制造业　切入点：移动融合中间件　出处：《河北工业大学》2015年硕士论文

【摘要】：随着信息化、自动化深度融合发展,ERP(Enterprise Resource Planning)、OA(Office Automation)、MES(Manufacturing Execution System)等系统在越来越多的离散制造企业上线运行,推动了离散制造业技术更新、生产效率提升,并辅助决策者更好的管控生产、物流等工作。但是系统模块重复性、多样性使得操作繁杂、信息庞大,反而使得信息冗余低效。本论文以离散型制造业为应用背景,在其国内外信息化发展现状的基础上,对移动应用的应用模式进行研究,本文旨在设计实现一种适用于离散制造业现有自动化信息化系统的、较为通用的移动应用框架及移动融合中间件。在比较移动应用开发的各种平台和技术后,充分发挥手机端可移动、PC端性能高的特点,基于HttpClient和XSL技术设计较为通用的数据处理中间件dataware和基于配置扩展的业务处理平台groupware分担手机负担、降低流量耗费;进一步基于Web文本挖掘技术,构建多维数据模型,提供了适用于离散制造业的决策支持数据统计方案;最终整体解决方案为设计能够进行分布式处理、适度系统融合、适合离散制造业综合管理决策的移动应用平台。
[Abstract]:With the development of information technology, automation and deep integration, systems such as ERPU Enterprise Resource Planning Execution system are running online in more and more discrete manufacturing enterprises, which promote the technological renewal of discrete manufacturing industry, improve production efficiency, and assist decision makers in better control and control of production. But the repeatability and diversity of the system module make the operation complicated and the information huge, but make the information redundant and inefficient. This paper takes the discrete manufacturing industry as the application background, based on the present situation of information development at home and abroad. The application mode of mobile application is studied in this paper. The purpose of this paper is to design and implement a kind of automation information system suitable for discrete manufacturing industry. A general mobile application framework and mobile fusion middleware. After comparing various platforms and technologies developed by mobile applications, we can give full play to the high performance of mobile mobile PC. Based on HttpClient and XSL technology, we design a general data processing middleware dataware and a service processing platform groupware based on configuration extension to share the burden of mobile phone and reduce the cost of traffic. Furthermore, based on Web text mining technology, a multidimensional data model is constructed. Finally, the overall solution is to design a mobile application platform which can be distributed processing, moderate system integration, and suitable for discrete manufacturing industry integrated management decision.
【学位授予单位】：河北工业大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52;TP391.1

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