University of Waterloo

Category: People

  • Ed Jernigan

    Ed Jernigan

    Recently, researchers in vision and image processing have developed quantitative models of both image formation and human perceptual performance which provide new insight into the form and function of image processing and pattern recognition tasks in vision. Research in image processing in Systems Design Engineering is part of an emerging effort to develop a coherent…

  • Devinder Kumar

    Devinder Kumar

    I develop computer vision tools to analyze Image data. This includes object identification/classification, motion tracking and mobile robot vision.

  • Steffen Lindner

    Steffen Lindner

    Steffen currently works in high-tech start-up environments and is a founder at Aeryon labs. His experience in developing work flows and methodologies, as well as his attention to detail have been instrumental in helping start-ups build solid foundations.

  • Bing Yue

    Bing Yue

    My research interests include remote sensed digital image processing, target detection, SAR polarimetry, interferometry, and pattern recognition.

  • Shannon Puddister

    Shannon Puddister

    My research interests lie in image processing for medical applications. I am particularly interested in efforts to develop visual prosthetics.

  • Renyan (Ryan) Ge

    Renyan (Ryan) Ge

    My research interests are in the design of machine vision algorithms to support real-time processing of defect analysis in plasma display panels (PDPs).

  • Simon Booth

  • Mark Korhonen

    Mark Korhonen

    My main research interests are now in the video domain, including topics such as deinterlacing, compression, as well as software architecture and performance optimizations of deinterlacing/video compression on real-time embedded systems.

  • Rishi Jobanputra

    Rishi Jobanputra

    Email: rjobanpu@yahoo.com

  • Peter Iles

    Peter Iles

    Peter Iles focused his MASc research in the VIP research group on image processing and computer vision. His objective was the ability to automatically count cells in embryonic tissue.