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

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

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

leach protocol simulation with inet4.5 and omnet++

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.

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

MQTT-SN Protocol Implementation in OMNeT++

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

OMNET++ / INET Framework - Controlled Flooding Simulation

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

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

Thesis for my MSc in Computer Science & Engineering at Politecnico di Milano

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

My Networks Labs

About This is an event-driven simulation of dynamic bandwidth allocation (DBA) in Fiber-To-The-Room (FTTR) network, where the External PON is a 50 Gbps Gigabit Passive Optical Network (50G-PON) with split-ratio 1:16 and the Internal PON is a 10G-PON with split-ratio 1:8 with WiFi-7 multi-link operation (MLO). Note that MAC is abstracted.

🌐 Simulate dynamic bandwidth allocation in a 50G-PON and 10G-PON FTTR network, optimizing WiFi-7 multi-link operation for enhanced performance.

Wireless Network Simulations with OMNET++ and INET Framework

OMNeT++ Discrete Event Simulator to simulate remote program execution.

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