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基于云服务的企业移动应用研发及调度管理平台

Research and Scheduling Management Platform for Enterprise Mobile Applications Based on Cloud Services
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摘要 随着数字化移动技术不断在企业推广应用,早期由于缺少技术手段统筹管理,各专业自行开展建设产生的“多、杂、乱”问题日趋明显,建设成本居高不下。文章提出了一种基于云服务的企业移动应用研发及调度管理平台,采用云服务方式设计并部署了开发平台层、应用管理层、调度控制层。开发平台层通过提供Hybrid研发引擎、组件库、模版库和模拟器等组件,提高了企业研发支撑能力;应用管理层通过提供用户管理、设备管理、应用商店、内容管理等模块,实现了规范化、集约化管理;调度控制层通过设计移动应用调度算法,实现了任务按匹配的资源进行科学合理调度,提高了资源利用率。试点应用情况表明,文章提出的平台框架满足了设计预期。 With the continuous promotion and application of digital mobile technology in enterprises,the problem of"multiple,miscellaneous,and disorderly"caused by the lack of technical means for overall management in the early stages and the self construction of various professions is becoming increasingly apparent,with high construction costs.This paper proposes a cloud service based enterprise mobile application development and scheduling management platform,which adopts a cloud service approach to design and deploy a development platform layer,application management layer,and scheduling control layer.The development platform layer enhances the enterprise's R&D support capabilities by providing components such as hybrid R&D engine,component library,template library,and simulator.The application management layer achieves standardized and intensive management by providing modules such as user management,device management,application store,and content management.The scheduling control layer achieves scientific and reasonable scheduling of tasks based on matched resources by designing mobile application scheduling algorithms,improving resource utilization.The pilot application shows that the platform framework proposed in this paper meets the design expectations.
作者 李强 张兴富 桂胜 胡博 孙建刚 LI Qiang;ZHANG Xingfu;GUI Sheng;HU Bo;SUN Jiangang(State Grid Info&Telecom Group Co.,Ltd.,Fengtai District,Beijing 100070,China;China-Power Information Technology Co.,Ltd.,Fengtai District,Beijing 100070,China;Information and Communication Branch,State Grid Corporation of China,Xicheng District,Beijing 100070,China)
出处 《电力信息与通信技术》 2024年第7期68-74,共7页 Electric Power Information and Communication Technology
基金 国家电网有限公司总部科技项目资助“i国网移动门户应用支撑平台的研发与应用”(K102000131)。
关键词 平台即服务 混合式研发引擎 层次分析处理 调度算法模型 platform as a service hybrid R&D engine analytic hierarchy process scheduling algorithm model
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