- Data scientist and machine learning researcher with over 5+ years of experience.
- Solid background in mathematics, statistics, and computational science.
- Collaborative team player, contributing 10+ years in cross-functional teams.
- Proven experience in designing and implementing machine learning models.
- Lead Developer of XAI Module for TelescopeML (https://pypi.org/project/TelescopeML/)
- Designed and developed XAI modules (LIME for time series) for ECG signals.
- Developed XAI modules (LIME and CAM for images) for Malaria cell CNN classifier.
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CNN-Predictor-for-Malaria_Cells-LIME-CAM
CNN-Predictor-for-Malaria_Cells-LIME-CAM PublicEnhanced CNN model for malaria cell classification, featuring Class Activation Mapping (CAM) as a non-agnstic technique for anomaly localization and LIME (Local Interpretable-agnostic Explanation) …
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Capstone-Project-IBM
Capstone-Project-IBM PublicA data-driven project to predict the success of Falcon 9 rocket landings, crucial for cost analysis and competitive strategy in the space industry. Involves data manipulation in Pandas, JSON data p…
Jupyter Notebook 1
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Automated-Cell-Semantic-Segmentation-with-UNet
Automated-Cell-Semantic-Segmentation-with-UNet PublicA machine learning solution for automating nucleus detection in biomedical images, leveraging the U-Net architecture to accelerate medical research and disease treatment discovery.
Jupyter Notebook 1
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Neural-Compression-with-Autoencoders
Neural-Compression-with-Autoencoders PublicExploring advanced autoencoder architectures for efficient data compression on EMNIST dataset, focusing on high-fidelity image reconstruction with minimal information loss. This project tests vario…
Jupyter Notebook 1
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LIME-for-Time-Series
LIME-for-Time-Series Public templateLIME for TimeSeries enhances AI transparency by providing LIME-based interpretability tools for time series models. It offers insights into model predictions, fostering trust and understanding in c…
Jupyter Notebook 1
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EhsanGharibNezhad/TelescopeML
EhsanGharibNezhad/TelescopeML PublicDeep Convolutional Neural Networks and Machine Learning Models for Analyzing Stellar and Exoplanetary Telescope Spectra
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