摘要随着生活水平的提高，人们开始追求出行的便利性，越来越多开始拥有自己的车辆，而车辆经常出现的繁华地带，往往会发现车位已经满了，这将会导致整个出行变得十分的不愉快。开发出一款可以让车主快捷搜索车位、预定车位的应用变得十分重要，这必然会是一款受到大家好评的应用。80369

本课题开发的基于Android的泊车系统APP，就是为了解决日益增多的车位需求问题。该APP是一款提供给停车场和车主的实时应用，实现以下的功能（1）Android端的附近停车场空闲停车位查询功能；（2）Android端的停车位预约功能；（3）Android端在线支付功能；(4)数据查询功能；整个应用使用Java和Android语言进行编写，通过使用SQLite数据库对数据进行存储，保证数据的完整性和统一性。为了给予用户给好的体验，需要在应用中嵌入百度地图API，使得页面变得更加的和谐，用户在使用时更加方便操作，而且更加细致的显示车位信息，车主信息。通过使用该APP，能使得用户即使是在拥堵的城市里，也能够快速的找到心仪的车位，完成出行方便的最后一步。

毕业论文关键字：停车难；泊车应用；车位查询；百度地图；

Abstract With the development of living standards, there are more and more people have their own car to enjoy fast travel。 However we often find parking is full where have many cars cross by。 It will cause the entire travel has become very unpleasant。 As a result, it become very important to develop a parking application which can help users find parking space quickly。 It must be a popular application which many users like it。

The Android-based Self-parking System APP which is developed to solve the growing needs of parking spaces。 The APP is a car park available to users and real-time applications which achieve substantially the following features: (1) Android terminal nearby free parking inquiry; (2) parking space reservation function; (3) pay for online; (4) data query capabilities。 The APP is Programmed by JAVA and Android language, and data storage by SQLite database which can protect users’ data。 In order to give users a good experience,  you need to be embedded in the application of Baidu Maps API what can help users find the parking space easily。 By using the APP,  the users can even in congested cities, it is possible to quickly find your favorite parking what carry out the final step of convenient travel。

Keywords: Parking Difficult; Parking Applications; Parking Inquiries; Baidu map;

目  录

第一章 绪论 1

1。1 研究背景、目的和意义 1

1。2 国内外研究现状 1

1。3 本课题主要研究的内容 2

第二章 相关技术介绍 3

2。1 Android 技术简介 3

2。2 SQLite简介 4

2。3 百度地图API简介 4

第三章 可行性分析 6

3。1技术可行性 6

3。2经济可行性 7

第四章 需求分析 8

4。1系统功能需求 8

4。2系统性能需求 8

4。3数据库概念结构设计 9

第五章 系统总体设计 14

5。1 设计应用结构 14