You are here

Vision for Augmented Reality

Education

Main activities

This activity focuses on the development of algorithms for the detection of landmarks naturally embedded in the scene.

We develop algorithms devoted to the detection of text embedded in scenes, its segmentation from the background and its adjustment to facilitate its readability by an OCR engine. 

Our research focuses on image analysis to support precise alignment of geo-referenced information with the capturing camera view, where GPS and inertial measurements are used to support the registration with the visual environment.

Our activities focus on signal processing techniques for detecting user-customized gestures as well as recognising repetitive motion patterns such as occurring during work-out and sport activities.

Augmented Reality (AR) seeks to enrich the users view of the environment with relevant information. It has raised importance with the pervasive use of mobile appliances such as smart-phones: in this case our activities focus on low-complexity computer vision methods for analyzing images captured with mobile devices to aid AR services such as geo-referenced information overlay and indoor navigation. AR is making more and more impact on Industry 4.0.

News

A Journal paper published on "Journal of Real-Time Image Processing"

FBK Magazine (in Italian)

From June 30, 2021 the current TeV site (as FBK Drupal web site) is frozen and no longer editable.
On November 30, 2021, the Drupal server will be permanently shut down and this site will be no longer available.

one on GIM International Magazine, two on conferences

Projects

Hand interactions are fundamental to enable natural collaboration and immersive experiences. This project deals with the creation of a distributed communication strategy to handle high-throughput visualisation data in collaborative virtual environments.

This project deals with the creation of a virtual reality (VR) setup that enables multiple users to participate in collaborative virtual environments and interact via gestures.

The CheForte project lead to the creation of an Android app that enables visitors to five of Trentino’s finest WWI fort sites to visualise the fort’s original structure over the existing remains, using Augmented Reality and their smartphones.

RELIGION TO GO! originates from an interdisciplinary reflection on the possible human impacts of creating virtual, 3D replicas of objects which hold religious beliefs.

Pages