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Vision & Graphics Group

at the Faculty of Informatics and Information Technologies STU

  • Home
  • Research areas
    • Saliency Map & Human Visual Attention
    • Deep Neural Network in Computer Vision
      • Medical Imaging
      • Deep learning in the football domain
    • Computer vision
      • Object Recognition
      • Image Segmentation on GPU
    • Information Visualization
  • Projects
  • Publications
    • All publications
    • Book “Computer vision” in slovak language: “Pocítacové Videnie – Detekcia a rozpoznávanie objektov”
  • Teaching
    • Undergraduate study
      • Basic Methods of Multimedial Content Development
      • Introduction to Interactive Applications Development
      • Human Computer Interaction
      • Principles of Computer Graphics and Image Processing
    • Graduate study
      • Neural Networks
      • Computer Vision
      • Digital Processing of Sound, Image and Biosignals
      • Data Visualization
      • Advanced Computer Graphics Methods
      • Team project
      • AI in HCI
  • Examples
    • OpenCv Examples
      • Image enhancement
      • Object detection
      • Segmentation
      • Tracking in video
      • People detection, recognition
      • OCR Optical character recognition
      • 3D, RGB-D, Kinect
      • Saliency map
      • Augmented reality
    • Multimedia
  • Team
  • Events VGG
  • Home
  • Research areas
    • Saliency Map & Human Visual Attention
    • Deep Neural Network in Computer Vision
      • Medical Imaging
      • Deep learning in the football domain
    • Computer vision
      • Object Recognition
      • Image Segmentation on GPU
    • Information Visualization
  • Projects
  • Publications
    • All publications
    • Book “Computer vision” in slovak language: “Pocítacové Videnie – Detekcia a rozpoznávanie objektov”
  • Teaching
    • Undergraduate study
      • Basic Methods of Multimedial Content Development
      • Introduction to Interactive Applications Development
      • Human Computer Interaction
      • Principles of Computer Graphics and Image Processing
    • Graduate study
      • Neural Networks
      • Computer Vision
      • Digital Processing of Sound, Image and Biosignals
      • Data Visualization
      • Advanced Computer Graphics Methods
      • Team project
      • AI in HCI
  • Examples
    • OpenCv Examples
      • Image enhancement
      • Object detection
      • Segmentation
      • Tracking in video
      • People detection, recognition
      • OCR Optical character recognition
      • 3D, RGB-D, Kinect
      • Saliency map
      • Augmented reality
    • Multimedia
  • Team
  • Events VGG

Figure 2. Elapsed time of computation for matching the descriptors.

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Vision & Graphics Group

  • Home
  • Research areas
    • Saliency Map & Human Visual Attention
    • Deep Neural Network in Computer Vision
      • Medical Imaging
      • Deep learning in the football domain
      • Back
    • Computer vision
      • Object Recognition
      • Image Segmentation on GPU
      • Back
    • Information Visualization
    • Back
  • Projects
  • Publications
    • All publications
    • Book “Computer vision” in slovak language: “Pocítacové Videnie – Detekcia a rozpoznávanie objektov”
    • Back
  • Teaching
    • Undergraduate study
      • Basic Methods of Multimedial Content Development
      • Introduction to Interactive Applications Development
      • Human Computer Interaction
      • Principles of Computer Graphics and Image Processing
      • Back
    • Graduate study
      • Neural Networks
      • Computer Vision
      • Digital Processing of Sound, Image and Biosignals
      • Data Visualization
      • Advanced Computer Graphics Methods
      • Team project
      • AI in HCI
      • Back
    • Back
  • Examples
    • OpenCv Examples
      • Image enhancement
      • Object detection
      • Segmentation
      • Tracking in video
      • People detection, recognition
      • OCR Optical character recognition
      • 3D, RGB-D, Kinect
      • Saliency map
      • Augmented reality
      • Back
    • Multimedia
    • Back
  • Team
  • Events VGG