Fotiou Dimitrios Claim this profile

Inverse INSID3: Background-guided segmentation with DINOv3 features

RoboFireFuseNet: Robust Fusion of Visible and Infrared WildfireImaging for Real-Time Flame and Smoke Segmentation

The repository below is an integral part of my academic thesis at Aristotle University of Thessaloniki's Department of Electrical and Computer Engineering. In this repository, we have created a human detector and a plane detector that operate in LiDAR point clouds.

This is the final project for Parallel and Distribute subject of Department of Electrical and Computer Engineering in Aristotle University of Thessaloniki.

This repository is part of my Thesis at Aristotle University of Thessaloniki's Department of Electrical and Computer Engineering. My Thesis focused on digital indoor reconstruction and human detection utilizing LiDAR technology.

This is the first project for Parallel and distributed systems lesson of Aristurtle University of Thessaloniki, departement of Electrical and Computer Engineering.

Key Logger in c++

This is repository for my Thesis on indoor environment replication using optical wireless. It contains a Gazebo simulation of indoor space and implementation of top LiDAR segmentation methods for object dection.

Config files for my GitHub profile.

this is a simple bio page

A lightweight Python utility to automate customer creation and invoice generation on the Workadu platform via CSV data.

A Python tool to batch import invoices into Elorus from CSV files. Automatically matches or creates contacts, applies Greek VAT rates, supports test mode, and logs errors for easy review and retry. Designed for fast and simple CSV-based invoicing.

project in tellII

This is an assignment for computer network 1 of Aristotle University of Thessaloniki, Department of Electrical and Computer Engieneering

This is project for Network II of Electrical and Computer Engineering of Aristotle University of Thessaloniki

No description.

This is the second project of Neural Networks. This main aspect of this project is SVM.

No description.

This C++ tool efficiently finds duplicate files using a multi-threaded engine. It groups files by size and performs cryptographic hashing only on potential matches to save time. Using a thread pool for speed, it calculates total wasted space in GB and saves a report to a text file, making it a fast utility for filesystem cleanup.

This is the CUDA project for Parallel and Distributed subject of Electectical and Computer Engineering AUTH.

This is MPI project for Parallel and Distributed subject of Electrical and Computer Engineering in Aristotle University of Thessaloniki.

This is a project for multimedia, subject of 9th semester of Electrical and Computer Engineering in Aristotle University of Thessaloniki