High-performance multithreaded network simulator modeling client-server interactions, routers, and subnets, implementing efficient CIDR-based routing and packet forwarding to support scalable, real-time network traffic simulations.

Simple module to facilitate running external processes within ns-3 simulations

SDN performance analysis framework comparing network topologies using Mininet simulation, Ryu controller, and D-ITG traffic generation to identify bottlenecks and optimize network capacity.

It is a network simulation program created as part of the university coursework.

Just a demo repo for a feature request for ns-3

Elementary transformations of graphs.

A revised NS3 simulator for machine learning communication research

A simple network simulation with ns-3 to compare two types of data traffic.

🎓💻Computer Networks Course Computer Assignment 2 - Fall 2022

Contains ns3 scripts for various network problems.

A simulation in ns3 to evaluate the performance of the CSMA/CA protocol in Wifi networks that working in ad-hoc mode without RTS/CTS scheme.

Two part NS-3 simulation investigating effects of congestion on network metrics (part 1) and network behavior for TCP New Reno and TCP Vegas

🎓 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.

Projekt (Simulace o počítačových službách) z předmětu Modelování a simulace (IMS), pátý semestr bakalářského studia BIT na FIT VUT/BUT, ak.rok 2024/2025

OMNET++ / INET Framework - Extras for TARP Controlled Flooding Simulation

This project simulates a Distributed Denial-of-Service (DDoS) attack in a virtual network environment. It models a network of nodes, some of which act as attackers flooding a target node with malicious traffic. The simulation supports various traffic mitigation strategies to analyze their effectiveness under attack conditions.

Quagga NS-3 Distrubuted Model configurable via yaml file

Implementation of the Fixed Share Experts algorithm within the ns-3 simulator (C++), applied to RTT estimation with multiple AODV routing scenarios. Analysis and visualization with python, with a formal write-up.

Reliable Transport Protocols (RDT3.0) alternating-bit-protocol (abp) and go-back-n (gbn) c++ implementation