Official implementation of the AIAA Journal paper "Uncertainty-aware Surrogate Models for Airfoil Flow Simulations with Denoising Diffusion Probabilistic Models"

TPS ET RAPPORTS MODULE RCR 1 et 2

Practical experience in hyperparameter tuning techniques using the Keras Tuner library. Hyperparameter tuning plays a crucial role in optimizing machine learning models, and this project offers hands-on learning opportunities. Exploring different hyperparameter tuning methods, including random search, grid search, and Bayesian optimization

The homeworks related to Machine Learning university course would be saved here.

This project is a simple text processing using bayesian networks and bag of words(BOW) algorithm.

First implementation of NormAN, an agent-based framework for normative argument exchange across networks.

Python code to compute full joint distributions of bayesian network

Finding d-separated nodes in a belief network

Code that implements Factor Analysis of Information Risk (FAIR) in combination with MITRE ATT&CK using Baysian networks (via PyMC) to determine the frequency of successful attacks.

Academic project implementing Bayesian network inference in Java

My introduction to Causality. I used a breast cancer dataset and tried to classify cell types by using the causal relationship between the cell features.

This repository contains a collection of lab exercises and exams from the TDDE15: Advanced Machine Learning course taking at Linköping Univerity during the fall 2024. The main topics are: Bayesian Networks, Hidden Markov Models, Q-learning, REINFORCE, and Gaussian Processes.

Case Study: Personalized Anti-Coagulation: Optimizing Warfarin Management Using Genetics and Simulated Clinical Trials

Bayesian Network model for analyzing load shedding severity in Pakistan, built with GeNIe Modeler. Models 11 variables including fuel supply, circular debt, grid infrastructure, and hydropower to predict and diagnose power outages.

News segmentation by Bayes classifier.

A collection of AI algorithms and techniques covering intelligent agents, search strategies (BFS, DFS, A*), probabilistic reasoning (Bayesian networks, HMM), neural networks (feed-forward, Hopfield), and reinforcement learning. Topics include adversarial search, alpha-beta pruning, decision trees, Markov processes, and game theory applications.

TDDE15 - Advanced Machine Learning course at Linkoping University, Sweden

This project aimed at inferring whether a patient has cancer based on their data. It consists of 2 applications: one for learning and one for predicting.

Museum fire Detection