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This project addresses the challenges of AI-generated content, such as misinformation and bias, by developing a machine-learning algorithm that distinguishes between AI-generated and human-generated texts. This solution enhances content authenticity and mitigates associated risks.
This project Integrated machine learning models including Support Vector Machine (SVM), Random Forest, k-Nearest Neighbors, and Neural Networks into a stacked ensemble for predicting potential COVID-19 infections based on the collected data, facilitating proactive healthcare interventions and management.
A Novel Approach for Alzheimer's Classification Utilizing Ensemble Learning on Pre-trained Neural Networks Fine-tuned on Pre-processed and Augmented Alzheimer's Dataset
A collection of fundamental Machine Learning Algorithms Implemented from scratch along-with their applications for various ML tasks like clustering, thresholding, data analysis, prediction, regression and image classification.
Implementation of two major ensemble learning methodologies, Bagging and Stacking, over the tasks of classification and regression. Also, compared the results of Random Forests with multiple Boosting Techniques.
Visa approval process by leveraging machine learning on OFLC's extensive dataset, aiming to recommend suitable candidate profiles for certification or denial based on crucial drivers.