Privacy in Motion: Implementing Differential Privacy for User Motion in VR Page 1 Privacy in
Motion: Implementing Differential Privacy for User Motion in VR RUOXI SUN, CSIRO’s Data61 …

The increasing popularity of immersive environments creates a pressing challenge of
reconciling service providers' desire to collect user behavior data with users' privacy …

As data-driven technologies continue to shape our world, the need for privacy and security
in the realm of data has become increasingly important. The proliferation of services that rely …

Location and trajectory data are routinely collected to generate valuable knowledge about
users' pattern behavior. However, releasing location data may jeopardize the privacy of the …

Trajectory data contains abundant of spatiotemporal information, publishing unprotected
trajectories may disclose individual privacy. Recently, researchers have proposed …

Recent emerging mobile and wearable technologies make it easy to collect personal
spatiotemporal data such as activity trajectories in daily life. Publishing real-time statistics …

抄録 Recent emerging mobile and wearable technologies make it easy to collect personal
spatiotemporal data such as activity trajectories in daily life. Publishing real-time statistics …

Motion tracking “telemetry” data lies at the core of nearly all modern virtual reality (VR) and
metaverse experiences. While generally presumed innocuous, recent studies have …

With the widespread popularity of mobile devices, users continue to generate a variety of
trajectory data in their daily activities. However, trajectory data often contains sensitive …

With the popularity of smart wearable devices, Location-Based Services (LBS) have been
widely applied. However, LBS generates thousands of trajectories, which may potentially …