KarloKnezevic/jGalapagos
Platform independent scheduler for educational facilities written in Java. A schedule is generated by evolutionary algorithms.
Discovered public repositories for KarloKnezevic in the GitHub catalog.
Platform independent scheduler for educational facilities written in Java. A schedule is generated by evolutionary algorithms.
🎓 Ferko is a modern Java-based web platform for academic course management, covering everything from enrollment workflows to advanced assessment orchestration, including exam room scheduling and automated test sheet generation for optical answer recognition.
⚙️ Unrelated Machines Scheduling (C) A modern C implementation of my bachelor thesis from the Faculty of Electrical Engineering and Computing (FER), University of Zagreb. Focused on advanced scheduling for unrelated machines, developed under the mentorship of doc. dr. sc. Domagoj Jakobović.
JBlog template.
⚡ Simple Java HTTP Server An educational HTTP server built from scratch in Java — demonstrating how real web servers work under the hood. Includes a lightweight interpreter for a custom scripting language to explore dynamic content handling and server internals.
Simple Library for matrix and vector opetations in linear algebra
🚀 Estimation of Distribution Algorithms Framework (EDAF): a modern, modular Java framework for building and experimenting with EDAs. Plug-in probabilistic models, clean architecture, and research-ready tooling - built for performance, extensibility, and serious optimization.
Educational software for modelling and simulation of digital circuits.
Identifying the age based on facial images.
ANFIS learned with Genetic Algorithm.
🧠 ANFIS Framework (Java) A generic, extensible Java implementation of ANFIS (Adaptive Neuro-Fuzzy Inference System) — combining neural network learning with fuzzy logic interpretability. Supports configurable membership functions and T-norms for building flexible, trainable models.
🚢 Fuzzy, Evolutionary and Neuro-computing. Fuzzy Control Ship System.
Student project for the Heuristic Optimization Methods course @ FER