There are 6 repositories under omnetpp topic.
INET Framework for the OMNeT++ discrete event simulator
Fast creation and configuration of topologies, traffic matrices and event schedules for network experiments
CoRE4INET is an extension to the INET-Framework for the event-based simulation of real-time Ethernet in the OMNEST/OMNeT++ simulation system.
Using TSNkit and OMNeT for TSN network scheduling and simulation
Reproduce the Simulation for Software Defined Network(SDN) based on Omnetpp-5.4.1 and Reinforcement Learning Algorithm in paper "QoS-Aware Adaptive Routing in Multi-layer Hierarchical Software Defined Networks: A Reinforcement Learning Approach"
Materials on how to use machine learning frameworks in OMNeT++
SDN4CoRE (Software-Defined Networking for Communication over Realtime Ethernet) is an open-source extension for the event-based simulation of programmable (software-defined) real-time Ethernet networks in the OMNeT++ simulation system.
This repository contains Trustchain (Blockchain) simulations built with OMNeT++
VANET simulation using Veins-Gym to combine Veins with Reinforcement Learning
The implementation of a basic MAC protocol structure serves as a foundation for the development of more complex TDMA based link layer protocols.
Flexe - The open source federated learning for vehicular network simulation framework.
Cookiecutter project template for quickly setting up a simulation model library using Veins.
Simulating communication in a VANET (Vehicular Ad-Hoc Networks), and implementing access control, using concepts from blockchains, maintaining privacy of connected vehicles too.
ECSNeT++ is a simulation framework built on OMNeT++ for Distributed Stream Processing applications running on Edge and Cloud computing environments.
An implementation of some distributed algorithms in OMNeT++ Discrete Event Simulator.
FiCo4OMNeT stands for „Fieldbus Communication For OMNeT“. At this point the model consists of two communication technologies – CAN and FlexRay. Both of them are implemented based on the according specification with some adaptions to fit in the simulation environmnet.
This project represents a connection between the different technologies from the CoRE4INET and the FiCo4OMNeT projects. At the current state it is possible to exchange data between CAN, Ethernet, TTEthernet and IEEE 802.1Q.
Simulation and evaluation framework for cyber-physical systems
This project provides a Python websocket based extension for OMNeT++ that enables to execute MATLAB scripts.
Tugas 7 (Tugas Akhir Semester) Jaringan Komputer. Paper ini membahas tentang pengenalan omnet++ dan algoritma Dijkstra
Simulating 5G-enabled vehicular networks in a Turin urban context
Implemented MANET protocol with help of AODV routing in OMNet++