Student Projects

If you are interested in taking a project in our group, please contact the responsible person under “Detailed Description” of the project that you would like to choose.

PROJECT PROPOSALS 2018-2019


Image and Video Compression

  • Deep Neural Network Based Image Compression Software Development
    [Detailed Description]

  • Deep Neural Network Based Image Enhancement Software Development
    [Detailed Description]

Multimedia Quality Assessment

  • Objective quality metrics for assessment of compressed video
    [Detailed Description]

  • Online subjective quality evaluation platform to assess quality of compressed video
    [Detailed Description]

  • Deep learning based objective quality assessment technique to predict quality of compressed video
    [Detailed Description]

  • Open source VR player and subjective evaluation tool for WebGL platform
    [Detailed Description]

  • Open source 360°/VR player and subjective evaluation tool for Android platform
    [Detailed Description]

  • Omnidirectional (360°/VR) images and video compression
    [Detailed Description]

  • Objective metrics for 360°/VR content: development, implementation and validation
    [Detailed Description]

  • Statistical evaluation and modeling of subjective test data
    [Detailed Description]

  • Tracking user interaction for point cloud compression
    [Detailed Description]

  • Implementation of rendering algorithms for point cloud imaging
    [Detailed Description]

  • Quality assessment of 3D content representations in a desktop setup
    [Detailed Description]

  • Quality assessment of 3D content representations in Head Mounted Displays (HMDs)
    [Detailed Description]

  • Crowdsourcing tool for subjective quality assessment of 3D content representations
    [Detailed Description]

Image privacy and security

  • Mobile App for Privacy Protection on iOS Platform
    [Detailed Description]

  • Mobile App for Privacy Protection on Android Platform
    [Detailed Description]

  • Privacy Preserving Photo-Sharing Application
    [Detailed Description]

Plenoptic and Light Field Imaging

  • A new data set of point cloud contents
    [Detailed Description]

  • Creation of synthetic dataset for plenoptic evaluation
    [Detailed Description]

  • Video dataset for light field compression evaluation
    [Detailed Description]

  • Design and implementation of JPEG-backward compatible light field codec
    [Detailed Description]

  • Design and implementation of a machine learning driven objective metric for light field coding
    [Detailed Description]

Eye-tracking and Visual attention

  • Compensating prediction errors of gaze positions recorded by eye-trackers in Head Mounted Displays (HMDs)
    [Detailed Description]