Dockerized Repo for "3D-PV-Locator: Large-scale detection of rooftop-mounted photovoltaic systems in 3D" based on Applied Energy publication.

This advanced and complex project implements an AI-powered optimization system for 5G Open RAN networks. Using machine learning and deep learning, the system optimizes network performance by detecting anomalies, predicting network traffic, and dynamically allocating resources.

Algorithms for various Network Layouts and Tooling for planning FE Calculations

Models the operations of a US based airline, using a hub-and-spoke style flight network to serve markets across the country. Uses real-world airport data, alongside GDP and passenger visitation statistics to determine an economically viable route network

Проекты, созданные в рамках обучения студентов по компьютерным дисциплинам (ВП, ООП, СДПА, КСППР)

Application to study methods of network planning and management in the technological processes for A.F. Mozhaysky Military-Space Academy

🎓 University project using ns-3 to plan bandwidth for a streaming service. We analyzed QoS for 100-500 users, discovering a critical bufferbloat bottleneck that prevents the network from scaling beyond 400 users.

Maximising throughput in cross traffic flows in a L2/L3 network. Contains code and poster for AdvNet at ETH Zurich, HS 2020.

"Computer Networks" course project. GNS3 network plan that includes cloud design network-routing, cameras, servers and end-users.

Im Rahmen meiner GIS-Weiterbildung habe ich mit QGIS eine Glasfaserinfrastruktur für Sonderriet (Wertheim) geplant – von der Backbone-Leitung bis zum Hausanschluss. Dabei habe ich Versorgungsgebiete analysiert, Kartenserien erstellt und GIS-Werkzeuge wie Layer, Attributtabellen und Geoverarbeitungen genutzt.

🌐 Fast Go CLI tool for CIDR network calculations and subnet analysis. Parse networks, calculate subnets, generate text/HTML reports.

This repository contains the tools and results developed for my undergraduate thesis (TCC) in Computer Science at UFES São Mateus. The project focuses on analyzing and improving Wi-Fi coverage on campus through network mapping, custom measurement tools, and advanced router placement simulations. All solutions are data-driven and open-source.

Network design solution using Cisco PacketTracer

Research repository for cost-effective deployment and optimisation of next-generation (B5G/6G) reconfigurable RAN and optical X-haul networks. Features greedy, genetic algorithm, local search, and exact CPLEX models for network planning with complete datasets and analysis tools.