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Android Wi-Fi Location Awareness and Data Inference Heuristic.

机译:Android Wi-Fi位置感知和数据推断启发式。

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摘要

Mobile phones are becoming a primary platform for information access. More and more people use their mobile devices as one of their major communication access tools. Commuters are increasingly carrying their mobile devices with them almost everywhere. Mobile devices fit perfectly into an ideal environment for realizing ubiquitous computing. A major aspect of ubiquitous computing is context-aware applications where the applications collect information about the environment that the user is in and use this information to achieve their goals or improve performance. The location of the device is one of the most important pieces of context information. Location awareness makes certain applications possible, e.g., recommending nearby businesses and tracking estimated routes, and greatly improves the performance of other applications, for example it can be associated with automobile navigation devices. A feature available to mobile applications in the Android platform makes it possible to determine a device's location without any additional hardware or sensor mechanisms, by simply using the native capability of the built-in wireless network card. Since the release of Android systems, there have been numerous applications developed to introduce new ways of tracking locations. Recently, there have been many papers on location estimation leveraging ubiquitous wireless networks.;In this thesis, we develop an Android application to collect useful Wi-Fi information without registering a location listener with a network-based provider, such as Wi-Fi connections or data connections. Therefore it provides a passive, privacy-preserving, non-intrusive and power-saving way of achieving location awareness to Android mobile users. Accurate estimation of the location information can bring a more contextual experience to mobile users. We save the passively collected data of the IDs of Wi-Fi access points and the received signal strengths to a database in order to help us structure the data and analyze it. We employ some heuristics to infer the location information from the data.;Our work presents a location tracking technique mainly based on Basic Service Set Identification (BSSID) and/or Received Signal Strength Indicator (RSSI) using Wi-Fi information. It falls into one of the most active fields in mobile application development --- location-based or location-aware applications.
机译:手机正在成为信息访问的主要平台。越来越多的人将其移动设备用作其主要的通信访问工具之一。通勤者越来越多地随身携带他们的移动设备。移动设备完全适合于实现普适计算的理想环境。普适计算的一个主要方面是上下文感知应用程序,其中该应用程序收集有关用户所处环境的信息,并使用此信息来实现其目标或提高性能。设备的位置是最重要的上下文信息之一。位置感知使某些应用成为可能,例如,推荐附近的企业并跟踪估计的路线,并大大提高了其他应用的性能,例如可以与汽车导航设备关联。只需使用内置无线网卡的本机功能,Android平台中移动应用程序可用的功能就可以确定设备的位置,而无需任何其他硬件或传感器机制。自Android系统发布以来,已经开发了许多应用程序来引入跟踪位置的新方法。最近,有许多关于利用无处不在的无线网络进行位置估计的论文。本文中,我们开发了一个Android应用程序来收集有用的Wi-Fi信息,而无需向基于网络的提供商注册位置侦听器,例如Wi-Fi连接或数据连接。因此,它为Android移动用户提供了一种被动的,可保护隐私的,非侵入式的且省电的方式来实现位置感知。位置信息的准确估计可以为移动用户带来更多的上下文体验。我们将被动收集的Wi-Fi接入点ID数据和接收到的信号强度保存到数据库中,以帮助我们对数据进行结构化和分析。我们采用一些启发式方法从数据中推断出位置信息。;我们的工作提出了一种位置跟踪技术,该技术主要基于基本服务集标识(BSSID)和/或使用Wi-Fi信息的接收信号强度指示器(RSSI)。它属于移动应用程序开发中最活跃的领域之一-基于位置的或位置感知的应用程序。

著录项

  • 作者

    Wu, Leon.;

  • 作者单位

    University of Ontario Institute of Technology (Canada).;

  • 授予单位 University of Ontario Institute of Technology (Canada).;
  • 学科 Engineering Electronics and Electrical.;Computer Science.
  • 学位 M.A.Sc.
  • 年度 2013
  • 页码 76 p.
  • 总页数 76
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类
  • 关键词

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