In this work, we propose a privacy model for online user requests on trajectory data in location based services by utilizing an underlying network of user movement. The privacy model has been implemented as a framework that (i) reconstructs the user movement from a series of independent location updates, (ii) identifies routes where user privacy is at risk, and (iii) transforms user requests into anonymous equivalents. The framework is implemented on top of a spatial database engine that offers a significant portion of the necessary functionality, while provides for its effective deployment. (C) 2008 Elsevier B.V. All rights reserved
© 2019 Soheila Ghane EzabadiThe evolution of smart devices and sensor-enabled vehicles has brought f...
Abstract. The expanding use of location-based services has profound implications on the privacy of p...
With the proliferation of location-based services, the quantity of location data collected by servic...
In this paper, we propose a privacy model that offers trajectory privacy to the requesters of Locati...
This paper introduces a privacy model for location based services that utilizes collected movement d...
In this era of significant advances in telecommunications and GPS sensors technology, a person can b...
In order to provide context--aware Location--Based Services, real location data of mobile users must...
Location-Based Services (LBSs) have long been established in several regions of the world to allow m...
Although users can obtain various services by sharing their location information online with locatio...
The popularity of embedded positioning technologies in mobile devices and the development of mobile ...
How can training performance data (e.g., running or walking routes) be collected, measured, and publ...
How can training performance data (e.g., running or walking routes) be collected, measured, and publ...
A growing number of applications and services include among their parameters a spatio-temporal chara...
Location privacy is extensively studied in the context of location-based services (LBSs). Typically,...
© 2017 Amina HossainThe ubiquity of GPS enabled smartphones with Internet connectivity has resulted ...
© 2019 Soheila Ghane EzabadiThe evolution of smart devices and sensor-enabled vehicles has brought f...
Abstract. The expanding use of location-based services has profound implications on the privacy of p...
With the proliferation of location-based services, the quantity of location data collected by servic...
In this paper, we propose a privacy model that offers trajectory privacy to the requesters of Locati...
This paper introduces a privacy model for location based services that utilizes collected movement d...
In this era of significant advances in telecommunications and GPS sensors technology, a person can b...
In order to provide context--aware Location--Based Services, real location data of mobile users must...
Location-Based Services (LBSs) have long been established in several regions of the world to allow m...
Although users can obtain various services by sharing their location information online with locatio...
The popularity of embedded positioning technologies in mobile devices and the development of mobile ...
How can training performance data (e.g., running or walking routes) be collected, measured, and publ...
How can training performance data (e.g., running or walking routes) be collected, measured, and publ...
A growing number of applications and services include among their parameters a spatio-temporal chara...
Location privacy is extensively studied in the context of location-based services (LBSs). Typically,...
© 2017 Amina HossainThe ubiquity of GPS enabled smartphones with Internet connectivity has resulted ...
© 2019 Soheila Ghane EzabadiThe evolution of smart devices and sensor-enabled vehicles has brought f...
Abstract. The expanding use of location-based services has profound implications on the privacy of p...
With the proliferation of location-based services, the quantity of location data collected by servic...