David Pycock

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The Concordance-based Medial Axis Transform (CMAT) presented in this paper is a multiscale medial axis (MMA) algorithm that computes the medial response from grey-level boundary measures. This non-linear operator responds only to symmetric structures, overcoming the limitations of linear medial operators which create "side-lobe" responses for symmetric(More)
This paper describes a framework for model representation and control intended as the basis of a computer vision system capable of undertaking arbitrary but well defined image interpretation tasks. An interrelated structure of models represents both the visual task and image content. The user defines this structure but not the internal details of all(More)
This paper describes work on the implementation of a Chromosome Classification system in which the representation of structural descriptions, generic control strategies and domain specific knowledge is made explicit. A "Best-First "strategy is used to make an initial interpretation of the data which may then be refined using domain specific knowledge. The(More)
Few networks offer sufficient bandwidth for the transmission of high resolution two- and three-dimensional medical image sets without incurring significant latency. Traditional compression methods achieve bit-rate reduction based on pixel statistics and ignore visual cues that are important in identifying visually informative regions. This paper describes(More)
  • David Pycock Bmva, David Pycock, David Pycock Birmingham, Mr W G L Adaway, Mr J Anderson, Prof B Buxton +22 others
  • 2008
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