PCNSim is a payment channel network simulator that uses the OMNET++ framework. You can see more information on the official documentation: https://pcnsim.readthedocs.io/en/latest/

Implementation of data link layer protocols between two nodes that are connected with a noisy channel, where the transmission is not error-free, packets may get corrupted, duplicated, delayed, or lost, and the buffers are of limited sizes.

The implementation of a basic MAC protocol structure serves as a foundation for the development of more complex TDMA based link layer protocols.

Complete project is now available at https://github.com/sedgecloud

Various basic Omnet++ Concepts Implemented.

A simulator of an opportunistic scheduling algorithm in a simplified 4G cell

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

MQTT-SN Protocol Implementation in OMNeT++

The Server-based Security Architecture Model (SSAM) - OMNeT++ 4.1

A project about "Distributed Job Scheduling" related to the Distributed Systems exam at Politecnico di Milano. The simulation is performed on OMNeT++, a framework that helps in simulating any sort of network or distributed protocol.

My Networks Labs

Project for the course of Performance Evaluation of Computer Systems and Networks (2023)

simulation for data link layer

A framework to offload OMNeT++ simulations to an edge computing peer-to-peer network using Go, gRPC, and UDP-Holepunching techniques

For the class CPE 345 - Modeling and Simulation, we utilize the OMNeT ++ IDE, which is based on the Eclipse platform. This software is for editing and building simulations.

Modeling and performance evaluation of an opportunistic cellular network. Developed using Omnetpp-6.0.1

A SLAW mobility simulator based on the OMNeT++ and INET frameworks

ECSNeT++ is a simulation framework built on OMNeT++ for Distributed Stream Processing applications running on Edge and Cloud computing environments.