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  • Automated editing of medical training video via content analysis 

    KOKARAM, ANIL CHRISTOPHER; RING, DANIEL (SPIE, 2006)
    Physicians in the early part of their training inevitably undertake a course in Anatomy. Unfortunately, the amount of training medical students have with real bodies has decreased. This is further exacerbated with ...
  • Feature-Assisted Sparse to Dense Motion Estimation using Geodesic Distances. 

    RING, DANIEL; PITIE, FRANCOIS (IEEE, 2009)
    Large motion displacements in image sequences are still a problem for most motion estimation techniques. Progress in feature matching allows to establish robust correspondences between images for a sparse set of points. ...
  • Feature-Cut: Video Object Segmentation Through Local Feature Correspondences. 

    KOKARAM, ANIL; RING, DANIEL (IEEE Computer Society, 2009)
    Accurately segmenting objects in video is a difficult and time consuming process in modern post-production houses. Automatic systems may work for a small number of frames, but will typically fail over longer video shots. ...
  • Information Retrieval Assisted Object Segmentation In Video. 

    KOKARAM, ANIL CHRISTOPHER; RING, DANIEL (IEEE, 2008)
    Accurate object segmentation in video is difficult. The dynamic nature of the medium causes drifts in the feature spaces traditionally used in segmentation of objects in still images. For example, colour distributions, ...
  • Online Parsing of Sports Coaching Video Through Intrinsic Motion Analysis 

    KOKARAM, ANIL CHRISTOPHER; RING, DANIEL (2007)
    Automatic record and review of actions in sports training sessions is of great benefit to both coach and athlete. Many coaching sessions involve repetition of particular actions to hone technique, such as a swing from ...
  • User-Assisted Feature Correspondence Matching. 

    KOKARAM, ANIL CHRISTOPHER; RING, DANIEL (IEEE, 2009)
    Feature matching is a vital stage in many image processing applications. Finding accurate correspondences is made difficult by phenomena such as occlusions, non-rigid deformations, motion blur and more. We posit that some ...