Hasib Zunair / হাসিব জুনায়ের
I'm a Ph.D candidate at Concordia University working on
contextual representation learning for computer vision applications. I also built end-to-end deep learning systems for sport use-cases at Décathlon and
taught machine learning at Ericsson. 🧠
Previously, I did a two-year internship at Decathlon working on semi-supervised learning
and generative AI.
I did my MASc at Concordia, where I worked on
medical image analysis. 👀
I like to read self-help books, cook fancy meals and spend time in nature. 🌿
I'm currently looking for roles in computer vision starting December 2024.
Email  / 
CV  / 
LinkedIn  / 
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GitHub  / 
Twitter
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Bio
I am an AI researcher and engineer, specializing in computer vision and
machine/deep learning, with over 5 years of experience in both academia and industry. 🔬
My goal is to build and democratize AI systems that learn with less data and better understand the visual world around us.
I am working to identify and overcome challenges in deploying computer vision tools, driven by their real-world potential,
from self-driving cars, to assistive technologies, to healthcare. Specifically focussing on visual perception and generation,
representation learning, and generalization. 🤖
I have created AI tools addressing complex real-world challenges in computer vision, for example, occlusions, small objects and data imbalance.
I have several lead-author publications at top venues like WACV, BMVC, ICIP and IEEE TMI, and received awards like the
MITACS Accelerate Fellowship.
I've also built production-grade ML/CV solutions, from framing to deployment on cloud and on edge compute. I helped
companies improve accuracy and efficiency of systems, increase user engagement, develop skills, cut costs, save time and resources. 🏭
Besides, I contribute to open-source software in top deep learning libraries like TensorFlow, Kornia & YOLOv6,
take part in ML competitions like ImageCLEF Medical and AICITY at CVPR, and mentor numerous AI practitioners.
I constantly learn to stay current in the field, and share them through writing articles and
creating videos to help others grow in the field. 🧑🏫
I try to practice Slow Science.
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Quantifying imbalanced classification methods for leukemia detection
Deponker SarkerDepto, Md. Mashfiq Rizvee, Aimon Rahman, Hasib Zunair, M. Sohel Rahman, M.R.C. Mahdy
Computers in Biology and Medicine, 2022
Paper /
Code
We benchmark several methods designed to tackle class imbalance and find that loss-based methods
outperform GAN-based and input-based methods for leukemia detection.
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Machine Learning Competitions
Product Counting and Recognition for Retail Checkout, AI City Challenge, CVPR Workshop, 2022 (3rd Place)
Paper / Code / Leaderboard
Tuberculosis Type Classification from 3D CT Scans, ImageCLEF, 2021 (2nd Place)
Paper / Code / Leaderboard
Nuclei Segmentation and Classification from Whole Slide Images, MoNuSAC, 2020 (11th Place)
Paper / Code / Leaderboard
Tuberculosis Prediction, ImageCLEF, 2019 (5th Place)
Paper / Code / Leaderboard
Bengali Handwritten Digit Recognition, Bengali.AI, 2019 (6th Place)
Paper / Code / Leaderboard
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Datasets
These include datasets I've created.
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Synthetic Dataset of COVID-19 Chest X-rays
Hasib Zunair and A. Ben Hamza
ICML Workshop on Computational Biology, 2021
Dataset Link
Collection of 21,295 synthetic COVID-19 chest X-ray images.
The primary use of this dataset is to be used as additional data for training machine learning models.
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Other Projects
These include coursework, side projects and unpublished research work.
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Tutorials & Invited Talks
Machine Learning Research Paper Writing Tutorial , 2024
Leveraging Vector Databases with Embeddings for Fast Image Search and Retrieval , 2024
Building and Applying Generative Models using PyTorch, Ericsson Canada , 2024
Build and Deploy Custom Docker Images for Object Recognition, Towards AI , 2023
Deep Learning in Computer Vision with PyTorch , 2023
Intro to Deep Learning with NumPy, NSU , 2022
Building ML models with TensorFlow, Ericsson Canada , 2021
How to get started with building Computer Vision systems, NSU , 2021
3D image classification from CT scans, Keras, TensorFlow , 2020
Programming with Python, NSU , 2019
Intro to Deep Learning for Image Classification using Python, NSU , 2019
Basics of Image Processing and Computer Vision, NSU , 2018
Intro to Robotics (ROBO101), a semester-long series of workshops, NSU, 2018
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Template stolen from Jon Barron! Thanks for dropping by.
Last updated October 2024.
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