基于移动互联网的玛瑙交易平台的设计与实现

发布时间：2018-05-13 02:06

  本文选题：Android + 移动互联网交易平台　； 参考：《北京工业大学》2016年硕士论文

【摘要】：近年来,伴着淘宝网等购物电商的迅猛成长,中国人的上网购物意识也在不断加深,特别是当代糯米、考拉等电商B2C的壮大,让中国的电子商务日趋成熟。由于超高的性价比,越来越多的顾客选择在网上购物。因此选择大众比较热爱的玛瑙,开发手机端B2C网络购物客户端,肯定会产生很大的经济效益。本研究开发了一个移动端的玛瑙购买平台。首先钻研了LBS系统有关理论、安卓系统的开发权益,认真研究了手机位置获取、在线搜索和安全秘钥、跨平台及实时共享等计算机技术理论。接着根据手机端移动互联网购物需求和LBS系统构架的分析,制作交易平台的框架,进而定下平台的各项功能,接下来对系统的各个功能模块和数据库表进行了详细分析与设计。在此基础上,完成了各个功能模块的具体实现及系统集成,LBS云端实现了定位、存储和检索功能,客户端实现了用户登录注册、发布交易、查询交易、分享玛瑙和玛瑙地图等功能模块,并采用数据加密算法对用户信息、位置数据和玛瑙信息进行加密。最后编写系统中各功能模块的详细测试用例,对系统进行全面的测试,并给出测试结果和优化分析,确保系统的稳定性和安全性。本平台的一大特色是使用了Web3D技术展示玛瑙产品,让客户更加清晰真实的看到玛瑙的样式。本文首先阐述了电子商务交易系统的起源和国内外电子商务的发展的历程,结合实际产品的市场需求调研反馈,建立初步的需求分析。其次,应用软件工程的思想,对玛瑙网销的现实需求问题进行阐述和分析,结合标准B2C的基本功能,提炼出客户端、订单处理和系统实现三个子逻辑架构,并对每个逻辑架构逐步进行分析和设计,目的是既要有常规B2C的基本功能,能够满足消费者的使用习惯;又要能有所创新,以便更好满足消费需求。最后,结合逻辑架构的设计,把整个平台划分为面向用户端部分和面对后台管理两个部分,并把每个部分分成为子模块,分别进行设计和实现。通过对玛瑙网购的分析和电子商务交易平台的设计,全文对如何实现交易平台进行了有益的讨论和研究。本文可以为交易平台的开发者提供一定的参考。
[Abstract]:In recent years, with the rapid growth of shopping e-commerce, such as Taobao, Chinese online shopping awareness is also deepening, especially in the contemporary glutinous rice, koala and other e-commerce business B2C growth, so that China's e-commerce is becoming more mature. As a result of ultra-high performance and price ratio, more and more customers choose to shop online. Therefore, choosing agate, which people love more, and developing B2C network shopping client on mobile phone will certainly produce great economic benefits. In this study, a mobile terminal agate purchase platform was developed. Firstly, the theory of LBS system, the rights and interests of Android system are studied, and the theories of mobile phone location acquisition, online search and security secret key, cross-platform and real-time sharing are studied. Then according to the mobile Internet shopping demand and the analysis of the LBS system framework, the framework of the trading platform is made, and then the various functions of the platform are determined. Then, each functional module and database table of the system are analyzed and designed in detail. On this basis, the specific implementation of each functional module and the system integration of LBS cloud to achieve positioning, storage and retrieval functions, the client user login registration, release transactions, query transactions, The function modules of agate and agate map are shared, and the user information, location data and agate information are encrypted by data encryption algorithm. Finally, the detailed test cases of each functional module in the system are written, and the test results and optimization analysis are given to ensure the stability and security of the system. One of the features of this platform is the use of Web3D technology to display agate products, so that customers can see the style of agate more clearly. This paper first describes the origin of e-commerce trading system and the development of e-commerce at home and abroad, combining with the actual product market demand research feedback, to establish a preliminary demand analysis. Secondly, applying the idea of software engineering, the paper expatiates and analyzes the realistic demand of agate net pin, combines with the basic function of standard B2C, abstracts three sub-logic structures: client, order processing and system realization. Each logical framework is analyzed and designed step by step in order to have the basic function of conventional B2C to satisfy the consumer's usage habits and to innovate so as to better meet the consumption demand. Finally, combined with the design of logical architecture, the whole platform is divided into two parts: the client-oriented part and the back-end management part, and each part is divided into sub-modules, which are designed and implemented separately. Based on the analysis of agate online shopping and the design of electronic commerce trading platform, this paper discusses and studies how to realize the platform. This paper can provide a certain reference for the developers of the trading platform.
【学位授予单位】：北京工业大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：TP311.52
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本文编号：1881157