面向智能车的租赁系统服务器的设计与实现

发布时间：2018-03-05 21:20

本文选题：互联网汽车　切入点：分布式特征　出处：《浙江大学》2017年硕士论文　论文类型：学位论文

【摘要】：随着"互联网+"成为各行各业关注的热点,传统汽车行业也逐渐开始采用互联网技术对车辆租赁进行信息化的规范管理,便于合理管理用户、车辆信息与提高企业工作效率。浙江大学智能车辆研究中心,从2001年开启汽车电子嵌入式平台技术研发,经历了十多年智能车的核心技术摸索,最终成功研发智能萝卜卜车。在本文中,借鉴"互联网汽车"的理念,利用互联网和电子商务技术,实现了智能萝卜车(ROBOY)租赁系统服务器。本文的主要研究内容如下:(1)设计了基于分布式特征的C/S与B/S混合模式的智能萝卜车租赁系统服务器端架构,共包含萝卜车后台管理系统、维护人员系统、手机用户服务系统、车辆服务系统四个子系统。该架构既能满足当前智能萝卜车的运营商高效进行用户和车辆管理的需求,也便于后期规模扩大时对服务器系统进行延伸和扩展。(2)基于SpringMVC框架实现了服务器端的四个子系统。四个子系统实现的主要内容包括数据库的实现,移动端与服务器端的访问接口实现,车辆VCU与服务器端的通信接口实现。(3)采用Redis技术实现数据库缓存机制,减轻数据库服务器压力,实现了低延时的数据访问,提高系统访问效率。并从四个子系统提炼出系统基础模块,提高了软件组件的可重用性,便于系统维护。(4)对服务器进行了系统性能测试与分析。首先展示了萝卜车后台管理系统各个功能模块的界面;然后对手机服务系统和车辆服务系统的性能进行了测试和分析。
[Abstract]:With the "Internet" becoming the focus of attention in various industries, the traditional automobile industry has gradually begun to use Internet technology to standardize the information management of vehicle leasing, so as to facilitate the rational management of users. The Research Center of Intelligent vehicle of Zhejiang University, which started the research and development of embedded platform technology of automobile electronics in 2001, has experienced more than ten years' exploration of the core technology of intelligent vehicle. In this paper, using the concept of "Internet car", using the Internet and e-commerce technology, The main research contents of this paper are as follows: 1) the server architecture of intelligent radish car rental system based on the mixed mode of C / S and B / S is designed, which includes the background management system of radish car. Maintenance personnel system, mobile phone user service system, vehicle service system four subsystems. This framework can not only meet the current smart radish car operators to efficiently carry out user and vehicle management needs, It is also convenient to extend and extend the server system during the later stage of scale expansion.) based on the SpringMVC framework, four subsystems of the server are implemented. The main contents of the four subsystems include the implementation of the database. The realization of the access interface between mobile and server, the communication interface between vehicle VCU and server, and the implementation of database cache mechanism using Redis technology, reduce the pressure of database server, and realize the low delay data access. The system access efficiency is improved, and the basic modules of the system are extracted from four subsystems, which improves the reusability of software components. Firstly, the interface of each function module of the background management system of radish car is presented, and then the performance of the mobile phone service system and the vehicle service system is tested and analyzed.
【学位授予单位】：浙江大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TP311.52

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