Machine Learning Projects
Tags: Computer Vision, Data Science, Machine Learning
Vision Transformers for Analyzing High-Resolution Pathology Images
Master Thesis Transformers are powerful models that can capture long-range dependencies between data using an attention mechanism. However, applying transformers to medical problems poses challenges due to the high-resolution and complexity of pathology images, as well as the scarcity and noise of labels. In this…
Tags: Computer Vision, Data Science, Machine Learning
BERT fine-tuning for Sentimental Analysis with deployment using Ray Serve
Personal Project, 2022 This project has for purpose to practice the full pipeline of solving a problem using modern MLOPS tools. The pre-trained BERT weights have been fine-tuned on a sentimental analysis task on the iMDB dataset. Logging and hyper-parameter tunning has been done using…
Tags: Machine Learning, Natural Language Processing
Improving Domain Generalization for Deep Learning-Powered Cancer Cell Detectiong
Internship, 2022 In 2022, I have worked as a research & software intern at NEC Laboratories in Princeton, a brilliant research company along with world-renowned scientists. I have implemented and researched the various techniques of data augmentation to improve results on a complex multi-class segmentation…
Tags: Computer Vision, GANs, Machine Learning, Medical, Self-Supervised
Implementation of GANWriting, Content-Conditioned Generation of Styled Handwritten Word Images
Internship, 2021 Worked on the deployment of a state-of-the-art GAN model for generating hand written words, with the goal of writing a full library in Pytorch Lightning. This framework relied on a deep understanding of Computer Vision and complex ML system. GANWriting propose a novel…
Tags: Computer Vision, Machine Learning
Exploration of D-Cliques Variations and Edges Cases for Decentralized Federated Learning
Research Project, 90/100, 2021Researched the decentralized implementation of a Federated Learning algorithm in the Scalable Computing Systems Laboratory at EPFL. Supervised by Prof. Karmarec, I explored and identify the computational implications of a Decentralized approach to a state-of-the-art topology (D-Cliques) in a research environment. D-Cliques…
Tags: Federated Learning, Machine Learning
Towards Robust and Adaptable Diagnosis of Pneumonia from Chest X-ray Data
Visual Intelligence, 90/100, 2021 Artificial intelligence (AI) researchers and radiologists have recently reported AI systems that accurately diagnose pneumonia from a chest X-Ray images using deep neural networks when trained on a sufficient large and homogeneous amount of labelled images. However, the robustness and adaptability…
Tags: Computer Vision, GANs, Machine Learning, Medical, Self-Supervised
Reinforcement Learning for moon landing in OpenGym
Artificial Neural Networks, 90/100, 2021 Artificial intelligence (AI) researchers and radiologists have recently reported AI systems that accurately diagnose pneumonia from a chest X-Ray images using deep neural networks when trained on a sufficient large and homogeneous amount of labelled images. However, the robustness and…
Tags: Machine Learning
Discussion on the viability of a modern Second Order Method in Non-Convex Optimization training a Deep Convolutional Neural Network
Optimization for ML, 100/100, 2021 Second order algorithms are among the most powerful optimization algorithms with superior convergence properties as compared to first order methods such as SGD and Adam. However computing or approximating the curvature matrix can be very expensive both in per-iteration computation…
Tags: Machine Learning
Detecting Rooftop Area for installing PV modules with Deep Learning
Machine Learning, 100/100, 2021 Won the 2nd place for best project presentation, presented at the CISBAT 2021 and published in the Journal of Physics. With Prof. Castello, we worked on Deep-learning for the detection of available for solar panel installation from satellite images. This computer…
Tags: Computer Vision, Machine Learning
Higgs Boson Challenge: Prediction of generated Higgs Bosons
Machine Learning, 100/100, 2020 The task of the Challenge was to predict whether a collision event can generate a Higgs boson, an elementary particle in the Standard Model of physics, or not. In fact, scientists cannot really observe this particle, but only its decay signature…
Tags: Data Science, Machine Learning