普光智能气田移动开发服务平台关键技术与应用
|
摘要
辅助智能决策系统是普光智能气田的重要组成部分之一,其中移动应用是实现辅助智能决策的主要途径。针对普光气田移动终端型号众多、移动应用开发适配难等问题,在分析移动开发服务平台关键技术的基础上,研发了一款高效、快速、灵活的移动开发服务平台(Mobile Open Service Platform,以下简称MOSP),该平台融合了HTML5、Web组件技术,并提供了HTML5与移动原生的双向交互机制,确保由该平台开发的应用适配于所有的移动终端。基于该平台成功开发了普光智能气田移动应用系统,包括门户、勘探、开发、生产、会议、视频等6个功能模块,通过统一接口集成了多个现有智能化应用系统,并且成功调用了不同型号移动终端的相关硬件资源,实现了一次开发多处安装使用的目标。结论认为,MOSP移动开发服务平台关键技术及其在生产典型场景中的应用,为其他油气田的移动应用开发提供了一套可资借鉴的、便捷高效的解决方案。
An auxiliary intelligent decision system is one of the important parts in the Puguang Intelligent Gas-field Project, and its mobile application acts as a primary approach. But this will be difficult to realize due to the variety of mobile terminal types in the field. In view of this, based upon the analysis of the involved key technologies, an efficient, rapid and flexible Mobile Open Service Platform(MOSP) was researched and developed, integrating both HTML5 and Web component technologies. This system provides a bidirectional interaction mechanism between HTML5 and native mobile development platform, promising adaptability to all mobile terminals. According to this system, the Puguang Intelligent Gas-field Mobile Application Platform was successfully developed, including six functional modules of Portals, Exploration, Development, Production, Conference and Videos. Multiple existing intelligent application systems are integrated through a consistent interface and the relevant hardware resources are invoked from different types of mobile terminals to achieve the goal of development-once-run-anywhere. It is concluded that the MOSP's key technologies and successful application practices in typical scenarios provide a reference and solution to mobile application development in other oil and gas fields.
An auxiliary intelligent decision system is one of the important parts in the Puguang Intelligent Gas-field Project, and its mobile application acts as a primary approach. But this will be difficult to realize due to the variety of mobile terminal types in the field. In view of this, based upon the analysis of the involved key technologies, an efficient, rapid and flexible Mobile Open Service Platform(MOSP) was researched and developed, integrating both HTML5 and Web component technologies. This system provides a bidirectional interaction mechanism between HTML5 and native mobile development platform, promising adaptability to all mobile terminals. According to this system, the Puguang Intelligent Gas-field Mobile Application Platform was successfully developed, including six functional modules of Portals, Exploration, Development, Production, Conference and Videos. Multiple existing intelligent application systems are integrated through a consistent interface and the relevant hardware resources are invoked from different types of mobile terminals to achieve the goal of development-once-run-anywhere. It is concluded that the MOSP's key technologies and successful application practices in typical scenarios provide a reference and solution to mobile application development in other oil and gas fields.
引文
[1]罗军舟,吴文甲,杨明.移动互联网:终端、网络与服务移动互联网[J].计算机学报,2011,34(11):2029-2051.Luo Junzhou,Wu Wenjia&Yang Ming.MobileInternet:Terminal devices,networks and services[J].Chinese Journal of Computers,2011,34(11):2029-2051.
[2]钟斐艳,胡德芬,任玉清,徐建新,胡璐瑶.生产信息化在油气田中的应用及效果评价[J].天然气工业,2017,37(11):131-139.Zhong Feiyan,Hu Defen,Ren Yuqing,Xu Jianxin&Hu Luyao.Application and effect evaluation of production informatization in oil and gas fields[J].Natural Gas Industry,2017,37(11):131-139.
[3]刘华星,杨庚.HTML5--下一代Web开发标准研究[J].计算机技术与发展,2011,21(8):54-58.Liu Huaxing&Yang Geng.HTML5:Next generation web development standard research[J].Computer Technology and Development,2011,21(8):54-58.
[4]王健,杨丽娟.基于PhoneGap的跨平台移动应用开发研究[J].北华航天工业学院学报,2017,27(2):19-21.Wang Jian&Yang Lijuan.Cross-platform mobile application development based on PhoneGap[J].Journal of North China Institute of Aerospace Engineering,2017,27(2):19-21.
[5]林文如,林文忠,刘镭.基于弹性盒子模型的跨平台手机应用界面布局[J].苏州大学学报(工科版),2012,32(5):22-26.Lin Wenru,Lin Wenzhong&Liu Lei.UI Layout of cross-platform APP based on flexible box model[J].Journal of Soochow University Engineering(Science Edition),2012,32(5):22-26.
[6]高小峰.混合型移动应用开发框架优势探讨[J].信息与电脑,2018(3):30-31.Gao Xiaofeng.Advantages of hybrid mobile application development framework[J].China Computer&Communication,2018(3):30-31.
[7]杨省伟,何秉羲.基于WebBrowser的Web自动化操作实现研究[J].河南城建学院学报,2015,24(3):56-60.Yang Xingwei&He Bingxi.Implementation of Web automated operation based on WebBrowser control[J].Journal of Henan University of Urban Construction,2015,24(3):56-60.
[8]潘婷婷.React Native在APP开发中的应用研究[J].无线互联科技,2016(19):142-143.Pan Tingting.Research on the application of react native in the development of APP[J].Wireless Internet Technology,2016(19):142-143.
[9]张文胜,陈宏.基于MVCS模式的组件化手机Web前端的研究与应用[J].电子设计工程,2015,23(11):19-22.Zhang Wensheng&Chen Hong.The research and application of components for mobile phone Web front-end based on MVCSmode[J].International Electronic Elements,2015,23(11):19-22.
[10]王硕,孙鹏,郭志川,胡琳琳.支持异步调用的WebKit浏览器的JavaScript事件扩展方法[J].计算机应用与软件,2016,33(1):226-229.Wang Shuo,Sun Peng,Guo Zhichuan&Hu Linlin.A method of extending JavaScript event supporting asynchronous invocation mechanism in WebKit browser[J].Computer Applications and Software,2016,33(1):226-229.
[2]钟斐艳,胡德芬,任玉清,徐建新,胡璐瑶.生产信息化在油气田中的应用及效果评价[J].天然气工业,2017,37(11):131-139.Zhong Feiyan,Hu Defen,Ren Yuqing,Xu Jianxin&Hu Luyao.Application and effect evaluation of production informatization in oil and gas fields[J].Natural Gas Industry,2017,37(11):131-139.
[3]刘华星,杨庚.HTML5--下一代Web开发标准研究[J].计算机技术与发展,2011,21(8):54-58.Liu Huaxing&Yang Geng.HTML5:Next generation web development standard research[J].Computer Technology and Development,2011,21(8):54-58.
[4]王健,杨丽娟.基于PhoneGap的跨平台移动应用开发研究[J].北华航天工业学院学报,2017,27(2):19-21.Wang Jian&Yang Lijuan.Cross-platform mobile application development based on PhoneGap[J].Journal of North China Institute of Aerospace Engineering,2017,27(2):19-21.
[5]林文如,林文忠,刘镭.基于弹性盒子模型的跨平台手机应用界面布局[J].苏州大学学报(工科版),2012,32(5):22-26.Lin Wenru,Lin Wenzhong&Liu Lei.UI Layout of cross-platform APP based on flexible box model[J].Journal of Soochow University Engineering(Science Edition),2012,32(5):22-26.
[6]高小峰.混合型移动应用开发框架优势探讨[J].信息与电脑,2018(3):30-31.Gao Xiaofeng.Advantages of hybrid mobile application development framework[J].China Computer&Communication,2018(3):30-31.
[7]杨省伟,何秉羲.基于WebBrowser的Web自动化操作实现研究[J].河南城建学院学报,2015,24(3):56-60.Yang Xingwei&He Bingxi.Implementation of Web automated operation based on WebBrowser control[J].Journal of Henan University of Urban Construction,2015,24(3):56-60.
[8]潘婷婷.React Native在APP开发中的应用研究[J].无线互联科技,2016(19):142-143.Pan Tingting.Research on the application of react native in the development of APP[J].Wireless Internet Technology,2016(19):142-143.
[9]张文胜,陈宏.基于MVCS模式的组件化手机Web前端的研究与应用[J].电子设计工程,2015,23(11):19-22.Zhang Wensheng&Chen Hong.The research and application of components for mobile phone Web front-end based on MVCSmode[J].International Electronic Elements,2015,23(11):19-22.
[10]王硕,孙鹏,郭志川,胡琳琳.支持异步调用的WebKit浏览器的JavaScript事件扩展方法[J].计算机应用与软件,2016,33(1):226-229.Wang Shuo,Sun Peng,Guo Zhichuan&Hu Linlin.A method of extending JavaScript event supporting asynchronous invocation mechanism in WebKit browser[J].Computer Applications and Software,2016,33(1):226-229.