Research Topics

We span a very broad field of diverse research topics focused around visual surveillance. Below you can find a few of our research highlights.

Object Detection
Our research ranges from specific detection tasks (e.g. pedestrians or vehicles) to generic object classes (e.g. obstacle avoidance).
Visual Object Tracking
We tackle both single and multiple object tracking to enable automated video analysis and behavior understanding.
Face Recognition
We address face detection, recognition and tracking to analyse facial expressions and gestures.
Metric Learning
The building block for many vision research fields, including person re-identification, food recognition or fine-grained classification.
Pose Estimation
Real-time hand pose estimation and gesture analysis to support human computer interaction.
Activity Recognition
Human activity recognition for sports game analysis and unusual event detection.
Semantic Segmentation
We address semantic segmentation for archaeological and land surveying applications based on 3D data and multi-spectral aerial images.

Current Projects

Several industrial research projects/contract research.

Our research activities range from object detection and tracking to obstacle detection, from fine-grained classification to semantic segmentation, and from pose estimation to superresolution.

Dynamic Ground Truth (start 2017, FFG Mobilität der Zukunft)

Focus on semantic segmentation to enable efficient testing of Advanced Driver Assistance Systems (ADAS) and Automated Driving Functions (ADF).

This project is funded by the Austrian Ministry for Transport, Innovation and Technology and coordinated by AVL List Gmbh.

Automated Traffic Light (start 2015)

Object detection, tracking and intent prediction to optimize pedestrian traffic flow and automatically control traffic lights.

Project partners:

DARKNET (start 2016, FFG KIRAS)

Focus on text recognition and generative models.

Project partners:

3D Toll (start 2016, FFG Bridge)

Focus on 3D reconstruction from image sequences and object detection for toll systems.

Project partner: EFKON AG.


Finished Projects

Several industrial research projects/contract research.

The applications range from activity recognition, to OCR, object recognition, detection and tracking.

DIANGO (2013-2016, FFG KIRAS)

Focus on co-training from heterogeneous sources and image classification.

Project partners:

MANGO (2013-2016, FFG Bridge)

Focus on food recognition, image representation and fine-grained classification on distributed systems.

Project partners:

Advanced Learning for Tracking and Detection in Medical Workflow Analysis (2011-2015, FWF DACH)

Focus on online learning for multiple object detection and tracking in a multi-camera environment.

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FACTS (2011-2014, FFG RSA)

Focus on face detection, tracking and recognition, as well as emotion recognition.

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Quality Eye (2013, FFG Innovation Check+)

Focus on food recognition and segmentation.

Project partner: JIPP.IT.

Kiwi Cloud & Kiwi Background (2012-2013, both FFG)

Focus on online learning and background modeling.

Project partner: Kiwi Security.

SHARE (2011-2013, FFG I2Vsplus)

Focus on online learning for person counting on embedded devices.

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Mobi-Trick (2010-2013, FFG FIT-IT)

Focus on online learning for car detection and tracking using embedded devices.

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OUTLIER (2009-2012, FFG FIT-IT)

Focus on image representations for unusual event recognition.

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MDL (2009-2012, FFG KIRAS)

Focus on face recognition, detection and tracking using multiple instance learning, semi-supervised learning and online learning.

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ECV (2008-2012, FFG COMET, contract research)

Focus on person re-identification.

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SECRET (2009-2011, FFG KIRAS)

Focus on activity recognition.

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AUTOVISTA (2007-2010, FFG FIT-IT)

Focus on person detection and tracking.

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Highway Monitoring (2008-2009, FFG FIT-IT)

Focus on car detection and tracking.

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VITUS-2 (2005-2006, FFG)

Focus on car detection and tracking for tunnel safety.

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FSP/JRP Cognitive Vision (2004-2006, FWF)

Focus on online learning and object detection.

Project partners:

  • Pattern Recognition and Image Processing Group (TU Vienna)
  • Institute of Electrical Measurement and Measurement Signal Processing (TU Graz)
  • Automation and Control Institute (TU Vienna)
  • Institute for Theoretical Computer Science (TU Graz)
  • Center for Usability Research and Engineering
  • Austrian Research Institute for Artificial Intelligence
  • MPI for Biological Cybernetics Tübingen
  • Chair for Information Technology (University of Leoben)