基于移动平台的电力营销系统的分析与设计

发布时间：2018-08-30 18:45

【摘要】：移动互联技术、GPS定位技术、3G、4G通讯技术的成熟应用和推广,为智能终端在电力营销领域使用打下良好基础。本文设计了一种基于移动平台的电力营销系统,它能够为营销人员现场工作提供可靠的支持和强大的信息保证,有效提高工作效率和服务水平。该平台改变了传统电力营销的工作模式,具有如下特点:营销人员可以随时查询系统中用户的相关数据,不必往回现场和营销中心进行查询;现场抄收的数据通过移动平台可以直接上传到系统中,不必再采用先纸质记录后向中心录入的方式,减少了工作量;现场的影像数据可以即时保存,以便于存档或是举证,获取的影音数据可以立刻传回到系统中,这在过去是无法实现的;可以记录现场的位置坐标,方便以后现场的查找,通过调用百度导航可以快速的到达现场用户现场,减少服务时间;通过连通打印机可以现场打印相关票据,使得服务可以一步到位。本文首先对传统电力营销工作内容的总结,分析出在移动平台模式下营销系统需要包含哪些功能,进而分析了移动平台电力营销系统总体设计要求,包括系统功能目标、系统设计原则以及系统的性能要求。其次分析了系统的总体设计,确定了移动平台对内存、GPS模块、3G模块、蓝牙模块、摄像机模块等硬件要求,重点提出了系统的安全性设计,设计了包括移动终端的安全、应用系服务的安全、传输通道安全、外网接入安全以及安全管理等多种机制,全面保证营销系统的数据安全。详细介绍了移动平台电力营销系统的各个功能模块的具体实现,包括移动平台的总体功能设计,业扩报装子系统设计、电量电费子系统设计、用电检查子系统设计、移动平台计量管理设计以及其他辅助功能的设计,并介绍了相关程序设计的流程以及Android系统下具体的工作界面。最后分析移动平台开发的关键技术,重点分析了网络服务的调用、百度导航的调用、GPS定位的调用、以及系统相机的调用方法,详细介绍具体的实现步骤和使用到的关键类以及函数的接口。通过对系统的性能进行测试分析,该系统功能和性能都能够满足使用要求,达到了预期目标。
[Abstract]:Mobile interconnection technology and GPS positioning technology the mature application and promotion of 4G communication technology for intelligent terminals in the field of electric power marketing lay a good foundation. An electric power marketing system based on mobile platform is designed in this paper. It can provide reliable support and powerful information guarantee for the field work of marketers and effectively improve work efficiency and service level. The platform has changed the traditional mode of electricity marketing and has the following characteristics: marketers can query the relevant data of users in the system at any time without having to go back to the scene and the marketing center to inquire; The data copied from the scene can be uploaded directly to the system through the mobile platform, without the need to use paper records and then input to the center, thus reducing the workload. The on-site image data can be saved immediately to facilitate archiving or proof. The acquired audio and video data can be immediately transmitted back to the system, which was impossible to achieve in the past; the location coordinates of the scene can be recorded, so that it is convenient to find the scene in the future, and can quickly reach the site user scene by calling Baidu navigation. Reduce service time; by connecting the printer can print related tickets, so that the service can be in place in one step. Firstly, this paper summarizes the content of traditional electric power marketing work, analyzes what functions should be included in the marketing system under the mobile platform mode, and then analyzes the overall design requirements of the power marketing system of the mobile platform, including the functional objectives of the system. System design principles and system performance requirements. Secondly, it analyzes the overall design of the system, determines the hardware requirements of the mobile platform for the memory GPS module 3G module, Bluetooth module, camera module, and puts forward the security design of the system, including the security of the mobile terminal. The security of application system, the security of transmission channel, the security of outer network access and the security management, etc., ensure the data security of marketing system. The realization of each function module of the power marketing system of the mobile platform is introduced in detail, including the overall function design of the mobile platform, the design of the expanding newspaper subsystem, the design of the electricity charge subsystem, the design of the electricity inspection subsystem. The metering management design and other auxiliary functions of mobile platform are designed, and the flow chart of related program design and the concrete working interface under Android system are introduced. Finally, the key technology of mobile platform development is analyzed, especially the invocation of network service, the call of Baidu navigation, the call of GPS positioning, and the calling method of system camera. Detailed description of the implementation steps and use of the key classes as well as the interface of the function. By testing and analyzing the performance of the system, the function and performance of the system can meet the requirements and achieve the expected goal.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52

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