Discrete-event and interactive simulator for Meshtastic.

Client library for the Cisco VIRL 2 Network Simulation Platform

This repository presents a multi-agent reinforcement learning approach for energy-efficient collaborative control of base stations in 5G networks.

CSC503: Computer Network [CN] & CSL502: Computer Network Lab [CN Lab] | TE Semester V | Computer Engineering

This is moved to http://github.com/tinynetwork/tinet

Vegvisir is an automated testing framework for orchestrating prototypical QUIC-HTTP/3 client-server communications using simulated network conditions.

NSB (Network Simulation Bridge) is a network co-simulation tool, allowing students, researchers, and engineers to connect their applications to a network simulator, enabling prototyping and modeling of connected systems.

Implementations for Pastry Protocol and Chord Distributed Hash Tables in Python

Lightweight-network-attack-and-defense-learning-simulation-environment 輕便化之網路攻防學習模擬環境

A Python simulation of a distributed algorithm for vehicle network selection (V2X) with a live Matplotlib visualization.

A set of mininet scripts to simulate multi-node frr, bgp, evpn, vxlan, etc.

A network simulator based on Docker containers

라우팅 혁명 게임

A Python UDP client-server project implementing Pinger and Heartbeat applications, demonstrating round-trip timing, packet loss simulation, heartbeat monitoring, and containerized execution with Docker and Compose.

Interactive simulation of black hole attack detection in Mobile Ad-hoc Networks (MANETs) using novel Dolphin-Bee optimization algorithm with Streamlit visualization interface

Network digital twin template: topology discovery → state sync → simulation → what-if API → visualization

a 'network-effect' / 'ideas are virii' simulation. "..As the marbles make contact with eachother they share whatever idea theyve heard most recently."

VANET simulation for message forwarding with CPS, based on Wolff et al.

Next-gen routing protocol for DePIN dynamic, predictive, and incentive-aligned. Built to make networks faster, smarter, and harder to break.