ns3-gym - The Playground for Reinforcement Learning in Networking Research

A multi-stack, ETSI compliant, V2X framework for ns-3.

Congestion control algorithms evaluation on ns3

Whitefield provides a simulation environment for wireless sensor networks by combining RF simulation provided by NS3 and network stack provided by popular IoT OSes such as Contiki/RIOT/OpenThread.

Public Safety Communication modeling tools based on ns-3

RL4Net Simulator - A simulator of reinforcement learning algorithm research for networking

Optimized route discovery for AODV routing algorithm using K-Means clustering

This is an ns-3 3GPP NR module for the simulation of 5G NR non-standalone cellular networks. See https://apps.nsnam.org/app/nr/ for more information, this repositiry is a github mirror of https://gitlab.com/cttc-lena/nr.

🎄NUAA 2018 网络通信实现技术 实验3 NS3实验

NS3 with CMake (upstreamed), MinGW/Msys2 (upstreamed) and experimental ClangCL/Visual Studio support

WOSS is a framework that permits the integration of any underwater channel simulator that expects environmental data and provides a channel realization. WOSS integrates the Bellhop ray-tracing program. Thanks to its automation the user only has to specify the location in the world and the time where the simulation should take place.

TCP congestion control using ns3-gym setup for DQN reinforcement learning.

We provide visible light communication (vlc) module that is implemented using NS3 to simulate large-scale vlc.Please refer to the doc directory for more details.

计算机网络期末项目 - ns3数据中心模拟

sumo和ns3之间进行通信的框架(通过ns3控制sumo)

WOSS is a framework that permits the integration of any underwater channel simulator that expects environmental data and provides a channel realization. WOSS integrates the Bellhop ray-tracing program. Thanks to its automation the user only has to specify the location in the world and the time where the simulation should take place.

Maestro is a smart grid co-simulation platform built on top of Mosaik

This is the NS3 based module used for the Net-runner website

Comparative analysis of TCP New Reno, Veno, Westwood, BIC and CUBIC