A recommendation system for video games, which suggests gamers the best fit game for them based upon their choice and gaming-habit.

Implementation of Tractable Probabilistic Model Tree Bayesian Networks using Chow Liu Tree and Mixture of Trees using EM (Expectation-Maximization) algorithm and Mixture of Trees using Random Forest Technique in python

Implementation of some Machine Learning Algorithms in Python

Expectation-Maximization-based clustering algorithm to identify groups defined by biological variates as clusters in single-cell transcriptomic data.

Implementation of a bivariate NA-robust Expectation-Maximization algo.

Mini ML projects done as part of my coursework at Cornell Tech

This algorithm finds the Maximum likelihood estimates in a model with incomplete data

ML Algorithms from scratch

Solving NQueen and HeavyNqueen, Hill Climbing and Astar, based on Python, EM for Clustering

Implémentation d'algorithmes simples de Data Science

Machine learning algorithms for Computational Biology

Gibbs Sampling & EM Algorithm Implementation / R Programming Language / on Iris Dataset

This is the repository for the EDAN95 - Tillämpad maskininlärning (Applied Machine Learning) course given at Lunds Tekniska Högskola (LTH) during the Fall 2019 term.

Bayes Net learning based on EM method

Underwater Buoy detection using Gaussian Mixture Models (GMM) and Expectation-Maximization (EM) Algorithm

Privacy-Preserving Distributed Expectation Maximization for Gaussian Mixture Models via Fully Homomorphic Encryption

R, Julia and Python implementation of the two submarket fully endogenized finite mixture model used in forthcoming articles by Fuad and Farmer (202-) and Fuad, Farmer, and Abidemi (202-).

Multichannel Double Recursive Frequentist-Bayesian Particle Identification algorithm in HEP

Identification of a functional downstream core promoter element in human promoters using an Expectation-Maximization algorithm

This repository contains the code for a competitive assignment where we used Bayesian Networks for Medical Diagnosis as part of COL333- Principles of Artificial Intelligence