University of Waterloo

Category: Evolutionary Deep Intelligence

  • Saeejith Nair

    Saeejith Nair

    Saeejith is an MASc student in Systems Design Engineering, supervised by Prof. Alexander Wong and Prof. Javad Shafiee. His research primarily involves improving machine learning architecture efficiency, with a focus on applications in embedded systems and robotics.

  • Audrey Chung

    Audrey Chung

    My research interests include image processing and computer vision, with specific emphasis on biomedical imaging. My current research primarily focuses on computer-aided prostate cancer detection and grading via multi-parametric MRI. Other projects include lung nodule segmentation, video photoplethysmography, and illumination-robust feature detection.

  • M. Javad Shafiee

    M. Javad Shafiee

    My research interests include Computer Vision, Machine Learning and Biomedical Image Processing while my main focus is on Graphical Models specially Conditional Random Fields and Markov Random Fields

  • Akshaya Mishra

    Akshaya Mishra

    Akshaya has been working in the field of image processing, pattern recognition and computer vision for nine years. He has been publishing and serving as an reviewer for several key image processing and computer vision conferences and journals.

  • Parthipan Siva

    Parthipan Siva

    My research interests are primarily in the field of computer vision and pattern recognition with a focus on video analytics. I am particularly interesting in action/activity recognition in videos using a weakly supervised approach.

  • Evolutionary Deep Intelligence

    Evolutionary Deep Intelligence

    Deep learning has shown considerable promise in recent years, producing tremendous results and significantly improving the accuracy of a variety of challenging problems when compared to other machine learning methods.

  • Alexander Wong

    Alexander Wong

    My research interests lie in the field of artificial intelligence and computational imaging, with a focus on scalable and explainable deep learning and computational biomedical imaging systems.