基于android的智能车库管理系统的设计与实现毕业论文 - 图文

基于android的智能车库管理系统的设计与实现

编号

毕 业 设 计（论文）

题目 基于android的智能车库管理

系统的设计与实现

二级学院 专 业

班 级

学生姓名 学号 指导教师 职称

时 间

基于android的智能车库管理系统的设计与实现

目 录

摘要 ........................................................................................................................................ I

Abstract .............................................................................................................................. II

1 绪论 .................................................................................................................................... 1

1.1课题背景和研究意义 .............................................................................................. 1 1.2可行性分析 .............................................................................................................. 2 1.3关键技术概述 .......................................................................................................... 3 1.4论文内容介绍 .......................................................................................................... 5

2系统需求分析 .................................................................................................................... 6

2.1系统概述 .................................................................................................................. 6 2.2功能总体描述 .......................................................................................................... 6 2.3业务功能分析 .......................................................................................................... 7 2.4非功能需求 ............................................................................................................ 19

3 系统概要设计 .................................................................................................................. 21

3.1系统架构概述 ........................................................................................................ 21 3.2系统模块设计 ........................................................................................................ 21 3.3模块介绍 ................................................................................................................ 21

4系统详细设计 .................................................................................................................. 24

4.1用户登陆管理 ........................................................................................................ 24 4.2用户信息管理 ........................................................................................................ 26 4.3会员信息管理 ........................................................................................................ 27 4.4车位信息查询 ........................................................................................................ 30 4.5车位预约 ................................................................................................................ 32 4.6行车导航 ................................................................................................................ 33

基于android的智能车库管理系统的设计与实现

4.7行车记录 ................................................................................................................ 34

5 数据库设计 ...................................................................................................................... 36

5.1数据库概念设计 .................................................................................................... 36 5.2数据库逻辑设计 .................................................................................................... 37 5.3数据库物理设计 .................................................................................................... 39

6系统实现 .......................................................................................................................... 45

6.1实现原理 ................................................................................................................ 45 6.2关键代码 ................................................................................................................ 45 6.3系统实现效果图 .................................................................................................... 49

7系统测试 .......................................................................................................................... 52

7.1测试环境 ................................................................................................................ 52 7.2测试记录 ................................................................................................................ 52

8结束语 .............................................................................................................................. 55

8.1本文工作总结 ........................................................................................................ 55 8.2尚未解决的问题 .................................................................................................... 55 8.3深入研究课题及其展望 ........................................................................................ 55

致谢 ..................................................................................................................................... 57

参考资料 ............................................................................................................................. 58

基于android的智能车库管理系统的设计与实现

摘 要

随着科技进步、经济增长，私家车的数量日益增长并逐渐庞大。随之而来的停车问题成了人们所不得不面对的严峻问题。现代人生活节奏的加快，使合理有效的利用时间来提高工作办事效率变得日趋重要。如何为私家车主提供快捷的停车路径和车位、减少泊车时间、提高利用停车设施的效率是我们所首要解决的问题。

在车库管理方面，经过多年的发展，从最原始的人工收费、人工管理，到现在已经有许多车库实现了自动门禁、自动收费系统。随着车库规模的扩大，原始的车库管理方式已不能满足人们更高的需求。随着互联网的发展，信息传递变得更加方便快捷，人们也需要及时了解车库的实时信息。未来，随着车库规模的进一步扩大，管理趋于复杂，用户体验需要提升，这就需要更多智能化的方式来对车库进行管理。

随着计算机和网络技术的不断发展，物联网和云计算的兴起，国内外在物联网应用这一领域已经取得了许多成果。物联网是未来国家信息化发展的重点方向之一。在智能车库这一平台上，可以集成很多物联网现有技术。利用物联网技术，可以实现用户与系统的实时交互，加快信息传递。

智能车库管理系统主要致力于改善车库管理以及用户体验。车库管理员可以通过软件平台实时观察车库状况，更及时的掌握并解决车库中所出现的问题，提高车库的使用率，并且通过平台使车库的收支透明化，便于提高信誉。用户可以查询车库地理位置及使用情况，通过预定及导航可以提高停车效率。

本系统是智能车库系统中基于android平台的用户客户端，主要提供用户查询车库和车位信息功能，预定车位功能，导航功能，消费查询功能及个人信息管理功能。

关键字：物联网 智能车库 android

I

基于android的智能车库管理系统的设计与实现

Abstract

With the progress of science and technology, economic growing, the number of private cars is becoming more and more large. We must face the Parking problem. Our life is becoming faster, effective first, so the concept of time is becoming more and more important. How to provide the driver with fast parking path and reduce parking spaces, parking time, parking facilities utilization efficiency is to our problem.

In the garage management, the original manual charge and management, after few years of development, nowadays there are lots of automatic control, automatic charge system in the garage. With the expansion of the scale of the garage, the garage original management cannot be able to meet the higher demand. With the development of Internet, information transfer become faster, people also need to understand the real situation of the garage in time. In the future, with the further expansion of the scale of the garage, management tends to be complex, user experience need to improve, need more intelligent methods to manage the garage.

With the development of computer and network technology, the rise of the Internet of things and cloud computing, Internet of things applications at home and abroad in this field made much progress. The Internet of things is one of the important directions of the future development of national information. There can be integrated in many networking schemes available on the platform of Smart carport. Using network technology, real-time interaction can realize between the user and the system, speed up information transmission.

Smart carport management system focused on improving the garage management and user experience. The garage administrator can observe the garage in time by the software platform, and solve problems in the garage in time, improve the utilization rate of the garage. Administration can see the budget clarity, this is good for management. The user can query the garage location and details, can improve the efficiency of parking by a predetermined and navigation.

This system is a client of the Smart Carport system on android platform. It provides the user query and parking garage parking information function, a predetermined function,

II

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