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Current
Mohammad Javad Shafiee (Research Prof.)
Linlin Xu (Research Prof.)
Ameneh Boroomand (PDF)
Shahid Haider (Ph.D.)
Kaylen Pfisterer (Ph.D.)
Mingzhe Jiang (Ph.D.)
William McNally (Ph.D.)
Ibrahim Ben Daya (Ph.D.)
Audrey Chung (Ph.D.)
Salman Khan (Ph.D.)
Devinder Kumar (Ph.D.)
Jason Deglint (Ph.D.)
Andrew Hryniowski (Ph.D.)
Linda Wang (M.A.Sc.)
Desmond Lin (M.A.Sc.)
Chris Dulhanty (M.A.Sc.)
Sara Greenberg (M.A.Sc.)
Mengxi Zhu (M.A.Sc.)
Dino Kabiljagic (M.A.Sc.)

Alumni
Chao Jin (Research Prof.)(2018) [Sun Yat Sen University]
Farzad Khalvati (Clin.Sci.)(2018) [U. of Toronto]
M. Javad Shafiee (Ph.D.)(2017) [U. of Waterloo]
Andrew Hryniowski (M.A.Sc.)(2018) [U. of Waterloo]
Avery Ma (M.A.Sc.)(2018) [Vector Institute]
Sunny Gurm (M.A.Sc.)(2018) [HealthTech Connex]
Helmut Neher (M.A.Sc.)(2018) [Elucid Labs]
Amir Karimi(M.Math)(2018) [Max Planck Institute]
Robert Amelard (Ph.D.)(2017)[U. of Waterloo]
Hicham Sekkati (PDF)(2016)[NRC]
Ameneh Boroomand (Ph.D.)(2016) [U. of Waterloo]
Farnoud Kazemzadeh (Ph.D.)(2016) [Elucid Labs]
Rafael Sachett Medeiros (Ph.D.)(2016)[UFGS]
Francis Li (M.A.Sc.)(2016)[DarwinAI]
Edward Li (M.A.Sc.)(2016)[Focal Healthcare]
Daniel S. Cho (Ph.D.)(2016)[Mcgill]
Audrey Chung (M.A.Sc.)(2016)[U. of Waterloo]
Jason Deglint (M.A.Sc.)(2016)[U. of Waterloo]
Brendan Chywl (M.A.Sc)(2016)[DarwinAI]
Caifeng Wang (V.Scholar)(2016)
Yongfeng Cao (V.Scholar)(2016)
Fu Hui (V.Scholar)(2016)
Harish Bhaskar (V.Scholar)(2016)
Hongbo Bi (V.Scholar)(2016)
Fan Li (Ph.D.)(2015)[U. of Guelph]
Ibrahim Ben Daya (M.A.Sc.)(2015)[U. of Waterloo]
Shahid Haider (M.A.Sc.)(2015)[U. of Waterloo]
Christian Scharfenberger (PDF) (2014) [Continental]
Andrew Cameron (M.A.Sc.)(2014) [SPORTLOGiQ]
Dorothy Lui (M.A.Sc)(2014) [Synaptive Medical]
Amen Modhafar (R.Assoc.) (2014) [Focal Healthcare]
Parthipan Siva (PDF) (2013) [SportLogiq]
Amir Shabani (PDF) (2013) [Research Chair, George Brown College]
Khalil Fergani (M.A.Sc.) (2013) [Siemens]
Chenyi Liu (Ph.D.) (2013) [Bank of China]
Shimon Schwartz (Ph.D.) (2013) [NRC]
Jeffrey Glaister (M.A.Sc.) (2013) [Johns Hopkins]
Robert Amelard (M.A.Sc.) (2013) [U. of Waterloo]
Aanchal Jain (M.A.Sc.) (2012) [Schlumberger]

RESEARCH

• Integrative computational imaging technologies for biomedical imaging:
  • Correlated diffusion imaging (CDI) for cancer imaging
  • Spectral light-field fusion micro-tomography (SLFM) for label-free biological specimen tomographic imaging
  • Coded Hemodynamic Imaging (CHI) for cardiorespiratory analysis
  • Compensated magnetic resonance imaging (CMRI) for cancer imaging
  • Compensated ultrasound imaging (CUI) for cancer imaging
  • High-throughput computational slit (HTCS) for resolution- and throughput-enhanced spectroscopy
  • Spectral demultiplexed imaging (SDI) for single-shot multispectral tissue and biological specimen imaging
  • Parallel epi-spectropolarimetric imaging (PESPI) for skin imaging
  • Multiplexed optical high-coherence interferometry (MOCHI) for tissue analysis
  • High-resolution ocular polarimetric imaging (HOPI) for glucose monitoring
  
  
• Pattern Recognition and Artificial Intelligence
• Generative Synthesis for operational artificial intelligence
• Evolutionary deep intelligence for operational artificial intelligence
• Random deep intelligence via deep-structured fully-connected graphical models
• Discovery radiomics for customized, tailored quantification of cancer phenotype to enable clinical augmented intelligence (intelligence amplification)


• Medical image processing and analysis with applications to:
• Prostate cancer analysis using ultrasound and magnetic resonance imaging (MRI)
• Breast cancer analysis using digital mammography and magnetic resonance imaging (MRI)
• Dermatological cancer analysis using digital photography, epi-spectropolarimetric imaging (ESPI), and multiplexed optical high-coherence interferometry (MOHI)
• Pathogen and cellular analysis using ultra-wide field-of-view spectral light-field fusion micro-tomography (SLFM)
• Retinal photoreceptor and blood vessel analysis using optical coherence tomography (OCT)
• Musculoskeletal kinematic analysis using video fluoroscopy, ultrasound, and contrast enhanced computed tomography (CECT)
• Lung cancer analysis using computed tomography (CT)
• Tumor margin assessment using high resolution multiplexed optical high-coherence interferometry (MOHI)
• Spatial cardiorespiratory analysis using coded hemodynamic imaging (CHI)
• Ocular morphological analysis


• Remote sensing data processing and analysis with applications to:
• Sea ice analysis using synthetic aperture radar (SAR) data
• Underwater object analysis using SONAR data
• Oil spill analysis using synthetic aperture radar (SAR) data
• Hyperspectral change analysis using LIDAR, passive optical, and LANDSAT data


• Perceptual-based video and image processing with applications to:
• Image and video noise reduction and artifact reduction
• Multimodal image and video fusion
• Image and video compression
• Image and video resolution enhancement


• Multimedia management systems
• 3D graphics and game development
• Cognitive radio networks