Computer Science
Faculty of Science
Ontario Tech University (formerly UOIT)
UA4000, 2000 Simcoe St. N., Oshawa, ON L1G OC5 Canada
faisal.qureshi@uoit.ca
(905) 721-8668 x 3626
Messages
Please read this if you are considering doing an honours thesis with me.
Please read this if you are considering doing graduate studies under my supervision.
News
I am particulary thrilled about this; my very first graduate course was with Prof. Hinton back when deep learning wasn’t a thing.
About
I am a professor of computer science at the University of Ontario Institute of Technology. I also direct the visual computing lab that focuses on problems residing at the intersection of pattern recognition, computer vision, visual sensor networks, large-scale processing and computer graphics.
Visual computing lab is involved in number of exciting research problems:
- coordination and control in ad hoc networks of visual sensor nodes;
- integration of mobile cameras into traditional video surveillance networks;
- nano-scale image analysis;
- multi-object tracking;
- streaming frameworks for on-line vision systems;
- crowd synthesis and analysis;
- depth and motion estimation from image pairs; and
- virtual vision — 3D software laboratories for camera networks research.
more >>>
Research
A Modular Approach to Image Matting
A method that bridges the gap between the performance of trimap-based networks and the convenience of trimap-free networks.
Iterative LDVAE for Hyperspectral Pixel Unmixing
A method for hyperspectral pixel unmixing that does not require labelled per-pixel "training" data.
Implicit Neural Representations for HSI Compression
Using implicit neural representations for hyperspectral image compression.
Visual Anomaly Detection Package
A web-based system for deploying anomalib for visual anomaly detection.
Hyperspectral Pixel Classification
A systematic study of the effects of spectral compression on hyperspectral pixel classification.
Multivariate Anomaly Detection
On aggregated vs. separating scoring methods for multivariate anomaly detection tasks.
Feet Localization for Autonomous Wheelchair Navigation
Caregiver feet localization from wheelchair mounted cameras for autonomous navigation.
Bird Detection in Wind Farms
A temporal boosted YOLOv4 model for bird detection around wind farms.
Hyperspectral Image Segmentation
Optimal scale selection for object-based image analysis and interpretation in hyperspectral images.
A Residual-Dyad Encoder Discriminator Network for Remote Sensing Image Matching
A new deep learning unit, residual-dyad, for remote sensing image matching.
Joint Spatial and Layer Attention for Convolutional Networks
What and where attention for convolutional neural networks
Neural Networks Solving PDEs
Neural networks learn general representations when trained to solve differential equations.
Cost-Volume Filtering for Stereo Depth Estimation
Accelerated cost-volume filtering for depth analysis
Cost-Volume Filtering for Optical Flow Estimation
Cost-volume filtering for fast optical flow estimation
Virtual Vision
Advanced computer graphics and vision simulation technologies to serve the needs of camera networks research.
Tracking Blood Droplets in 3D
Extracting three-dimensional flight trajectories of liquid droplets from video data.
Computer Vision Pipelines
A formal algebraic framework for the mathematical description of computer vision pipelines.
Road Boundary Detection
Road boundary detection adverse lighting and environmental conditions.
Satellite Rendezvous and Docking
Cognitive/behavior visual serving controllers for capturing free-flying uncooperative satellites.
Video Driven Crowd Synthesis
Motion vectors extracted from crowd videos are used to synthesize artificial crowds.
PTZ Camera Scheduling
Multicamera control as an online scheduling problem.
Multi-Tasking PTZ Cameras
Behavior-based controllers for passive and active PTZ cameras.
Teaching
Notes
Computer Vision
Covers topics discussed in both undergraduate and graduate computer vision courses.
Programming in C++
Covers topics discussed in a first-year C++ programming courses.
Python Development Notes
Recipies for using Python for AI and data-science adjacent courses.
Deep Learning using PyTorch Notes
Recipes for deep learning development using PyTorch.
CNNs for Object Detection
Discusses the unreasonable effectiveness of convolutional neural networks for object detection.
Deep Learning Primer
Discusses topics, such as t-SNE, gradient descent, and variational and conditional autoencoders.
Simulation and Modeling
Discusses topics covered in the undergraduate simulation and modeling course.
Courses
Current
CSCI 3240U
[Web]
Computational Photography
Fall 2024
CSCI 4440U
[Web]
Topics in Computer Science 1 (Human Action Recognition)
Fall 2024
Past
CSCI 3010U
[Web]
Simulation and Modeling
Last offered in Winter 2024
CSCI 4420U
[Web]
Computer Vision
Last offered in Winter 2024
CSCI 5770G
[Web]
Machine Learning (graduate course)
Last offered in Winter 2023
CSCI 5520G
[Web]
Computer Vision (graduate course)
Last offered in Fall 2022
MCSC 6230G/7230G
[Web]
Advanced Topics in High-Performance Computing
Last offered in Fall 2017
CSCI 1061U
[Web]
Programming Workshop II
Last offered in Winter 2021
CSCI 2050U
Computer Architecture
CSCI 5550G
[Web]
Topics in Digital Media
Last offered in Fall 2018
Coding
From time to time I find myself compelled to do some coding. Below I list some open source software that I have written that you may find useful.
- Webify, a python wrapper around pandoc to generate websites and pdf documents from markdown, yaml and mustache files.
[Web] [Github] - Distributed virtual vision simulator
[Web] [Github] - A python utility to export itunes playlists
[Github] - A python utility for setting captions of images based upon their filenames
[Github]
Publications
Last updated 2024-10-24 16:51
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