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🔭 I’m currently working on my MSE in CS @ Johns Hopkins
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🌱 I’m currently learning LangChain, Hadoop, Kafka, Tableau, Causal Inference, and Machine Translation
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👯 I’m looking to collaborate on Data Science / ML based end-to-end research projects
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📫 How to reach me mhasan21@jhu.edu
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📄 Know about my experiences https://www.linkedin.com/in/mjhasan21/
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Johns Hopkins University
- Baltimore, Maryland
- in/mjhasan21
- https://codeforces.com/profile/Junayed_Hasan
- junayed.hasan.94
- junayed.hasan100
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Quantum-Machine-Learning-Qiskit-PyTorch
Quantum-Machine-Learning-Qiskit-PyTorch PublicThis repository contains codes and tutorials for quantum machine learning using PyTorch and Qiskit. It covers topics such as qiskit basics, deep learning fundamentals, and hybrid quantum-classical …
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Deep-Learning-PyTorch
Deep-Learning-PyTorch PublicThis repo contains jupyter notebooks that show how to use PyTorch for various deep learning tasks, such as image classification, object detection, NLP, and more. The notebooks cover data loading, m…
Jupyter Notebook 3
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Quantum-Machine-Learning
Quantum-Machine-Learning PublicThis repository implements knowledge distillation from classical to quantum neural networks for image classification. It includes experiments on MNIST and FashionMNIST datasets, demonstrating impro…
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Clinical-Language-Model-Distillation-Pruning-Quantization
Clinical-Language-Model-Distillation-Pruning-Quantization PublicOptimCLM enhances clinical decision-making and management by optimizing clinical language models for patient outcome predictions, achieving up to 22.88× compression and 28.7× speedup with minimal p…
Jupyter Notebook 1
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Life-Satisfaction-Machine-Learning
Life-Satisfaction-Machine-Learning PublicThis repo contains code for predicting life satisfaction using machine learning and explainable AI, as published in Heliyon. It includes a Jupyter Notebook with data processing, model building, and…
Jupyter Notebook 2
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spontaneous-smile-recognition
spontaneous-smile-recognition PublicA deep learning framework for distinguishing spontaneous from posed smiles in videos. It uses a multi-task approach, leveraging Duchenne Marker features through transformer networks. The model simu…
Python 2
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