智能手机信息安全及位置追踪系统的研究与实现
发布时间:2018-07-21 15:19
【摘要】:随着智能手机在市场上占有量的不断提高,用户对其的依懒也不断加重,手机中隐私数据的安全性逐渐得到了重视。用户手机丢失导致隐私数据泄露的案例屡见不鲜,因此保护手机中的隐私数据、找回丢失手机以及获取手机被盗证据成为了目前用户关心的话题。如今Android手机平台技术已愈发成熟,第三方地图厂商公布了开放平台,这些条件为智能手机信息安全及位置追踪系统的实现提供了完善的开发环境。 本文基于Google公司的Android智能手机开发环境,百度地图开放平台以及J2EE技术,研究并实现了一个智能手机信息安全及位置追踪系统。本文在客户端主要研究了Android系统的数据存储方式包括SQLite数据库和SharedPreferences文件存储、Android的组件以及网络通信技术。在服务器端主要研究了使用J2EE技术创建一个数据中心,管理本系统的后台数据。同时也研究了百度地图开放平台的使用,最后将它们整合在一起,开发了一个具有保护用户隐私数据、定位丢失手机以及获取手机被盗证据的系统。 首先,论文介绍了实现本系统功能的相关理论、运行平台以及实现技术。接着,论文重点研究了Android系统的Service、BroadCastReceiver、 ContentProvide、SQLite数据库以及SharedPreferences文件存储的技术特点,来实现通过短信远程控制丢失手机。然后,论文又研究了百度地图开放平台在客户端和服务器端的使用,来实现以图形化的方式展现给用户其手机的当前地理位置。同时,为了实现对用户数据以及手机被盗证据的管理,论文重点研究了Struts2、DButils等框架技术,来构建后台服务器管理系统。最后,论文对系统的各个模块进行了测试。 本系统的主要特点在于:其一,利用安全手机通过短信收发功能远程控制对丢失手机进行相关操作;其二,可以将丢失手机的隐私数据回传到安全手机,把手机的被盗证据上传到后台服务器中;其三,可通过安全手机远程定位丢失手机并在可视化地图上观察到丢失手机的当前地理位置。
[Abstract]:With the increasing share of smart phones in the market, users' laziness is also increasing, and the security of privacy data in mobile phones has been paid more and more attention. There are many cases of privacy data leakage caused by cell phone loss. Therefore, protecting privacy data, retrieving lost phone and obtaining evidence of cell phone theft have become a topic of concern to users. Nowadays, the technology of Android mobile phone platform has become more and more mature. Third party map manufacturers have published an open platform, which provides a perfect development environment for the realization of smart phone information security and location tracking system. Based on the Android smartphone development environment, Baidu Map Open platform and J2EE technology, this paper studies and implements a smart phone information security and location tracking system. In this paper, the data storage methods of Android system are mainly studied in client, including the components of SQLite database and SharedPreferences file storage and network communication technology. In the server, we mainly study the use of J2EE technology to create a data center and manage the background data of the system. At the same time, the paper also studies the use of Baidu Map Open platform, and finally integrates them together to develop a system that can protect users' privacy data, locate lost mobile phones and obtain evidence of mobile phone theft. First of all, the paper introduces the related theory, running platform and implementation technology of the system. Then, this paper focuses on the technical features of Service Android BroadCastReceiver, content Provideo SQLite database and SharedPreferences file storage to realize remote control of lost mobile phone by SMS. Then, the paper studies the use of Baidu Map Open platform in the client and server to realize the graphical display to the user's current geographical location of the mobile phone. At the same time, in order to realize the management of user data and mobile phone stolen evidence, this paper focuses on the Struts2 / DButils framework technology to build the background server management system. Finally, each module of the system is tested. The main features of this system are as follows: first, the use of secure mobile phone remote control through SMS transceiver function to carry out related operations on the lost mobile phone; second, the privacy data of the lost mobile phone can be returned to the secure mobile phone. The stolen evidence of the mobile phone can be uploaded to the background server. Thirdly, the lost mobile phone can be located remotely through the secure mobile phone and the current location of the lost phone can be observed on the visual map.
【学位授予单位】:昆明理工大学
【学位级别】:硕士
【学位授予年份】:2014
【分类号】:TN929.53
本文编号:2135944
[Abstract]:With the increasing share of smart phones in the market, users' laziness is also increasing, and the security of privacy data in mobile phones has been paid more and more attention. There are many cases of privacy data leakage caused by cell phone loss. Therefore, protecting privacy data, retrieving lost phone and obtaining evidence of cell phone theft have become a topic of concern to users. Nowadays, the technology of Android mobile phone platform has become more and more mature. Third party map manufacturers have published an open platform, which provides a perfect development environment for the realization of smart phone information security and location tracking system. Based on the Android smartphone development environment, Baidu Map Open platform and J2EE technology, this paper studies and implements a smart phone information security and location tracking system. In this paper, the data storage methods of Android system are mainly studied in client, including the components of SQLite database and SharedPreferences file storage and network communication technology. In the server, we mainly study the use of J2EE technology to create a data center and manage the background data of the system. At the same time, the paper also studies the use of Baidu Map Open platform, and finally integrates them together to develop a system that can protect users' privacy data, locate lost mobile phones and obtain evidence of mobile phone theft. First of all, the paper introduces the related theory, running platform and implementation technology of the system. Then, this paper focuses on the technical features of Service Android BroadCastReceiver, content Provideo SQLite database and SharedPreferences file storage to realize remote control of lost mobile phone by SMS. Then, the paper studies the use of Baidu Map Open platform in the client and server to realize the graphical display to the user's current geographical location of the mobile phone. At the same time, in order to realize the management of user data and mobile phone stolen evidence, this paper focuses on the Struts2 / DButils framework technology to build the background server management system. Finally, each module of the system is tested. The main features of this system are as follows: first, the use of secure mobile phone remote control through SMS transceiver function to carry out related operations on the lost mobile phone; second, the privacy data of the lost mobile phone can be returned to the secure mobile phone. The stolen evidence of the mobile phone can be uploaded to the background server. Thirdly, the lost mobile phone can be located remotely through the secure mobile phone and the current location of the lost phone can be observed on the visual map.
【学位授予单位】:昆明理工大学
【学位级别】:硕士
【学位授予年份】:2014
【分类号】:TN929.53
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