LSNS is an open-source network simulator based on ONE simulator, it is designed to better support simulations under large-scale satellite networks and provide friendly interactive GUI.
LSNS is developed and maintained by Infonet, USTC.
Since the program is sponsored, LSNS will not be updated very often on Github, some functions will only be avaiable in our group. If you have further questions, you are welcome to send your questions to the following e-mail: lijian9@ustc.edu.cn and hclu@ustc.edu.cn.
1. Li, J., Lu, H., Xue, K., & Zhang, Y. (2019). Temporal netgrid model-based dynamic routing in large-scale small satellite networks. IEEE Transactions on Vehicular Technology, 68(6), 6009-6021
Usage Note: Please enable Group.router = NetgridShortestPathRouter in simulation setting file
2. Li, J., Xue, K., Liu, J., & Zhang, Y. (2021). A user-centric handover scheme for ultra-dense LEO satellite networks. IEEE Wireless Communications Letters, 9(11), 1904-1908.
Usage Note: Please enable Group.router = RelayRouterforInternetAccess, Interface.type = SatelliteWithChannelModelInterface and find other settings from 5.2 Settings for satellite-terrestrial communication in simulation setting file
3. Liu, M., Gui, Y., Li, J., & Lu, H. (2020). Large-Scale Small Satellite Network Simulator: Design and Evaluation. In 2020 3rd International Conference on Hot Information-Centric Networking (HotICN) (pp. 194-199). IEEE.
4. Li J., Lu H., Wang Y. (2017). Temporal netgrid model based routing optimization in satellite networks[C]//2017 IEEE International Conference on Communications (ICC). IEEE, 2017: 1-6.
Usage Note: Please enable Group.router = EASRRouter in simulation setting file
Bug reports and pull requests are welcome on GitHub at https://github.com/infonetlijian/Large-scale-Satellite-Network-Simulator.
We develop LSNS simulator based on ONE simulator, you can use the architecture built by LSNS and develop your own function by using IDE such as Eclipse or Intellij idea (preferred). You can find the main function in "ONE-Extended-Simulator/core/DTNSim.java". Currently, we offer two GUI options:
1. To enable default 2D GUI (developed by ONE simulator), setting "userSetting.GUI = false" in "default_settings.txt"
2. To 3D GUI which can display the orbit of satellites, setting "userSetting.GUI = true" in "default_settings.txt"
We are still working on 3D GUI, but it's not our primary task, if you have experience in developing 3D GUI, you are very welcome to be our contributor and commit your code.
You can download our code and import it as a new Java project in Eclipse or Intellij idea:
For Eclipse: Please refer to website
For Intellij idea: Please refer to website (choose "Create project from existing sources" and add library in "ONE-Extended-Simulator/lib" folder)
LSNS will read "ONE-Extended-Simulator/default_settings.txt" file as its simulation setting, you can change "default_settings.txt" to realize your own simulation. Original setting file in ONE simulator is located in "ONE-Extended-Simulator/default_settings_ONE_backup.txt", you can compare these two files and find the difference of settings between ONE and LSNS.
We are trying to improve our code and make a stable version, but you can still build the program and have your own executable Jar file based on our current version.
If you have more questions about the mechanism of the simulator, you can also refer to Q&A of ONE simulator and other specific blogs like Spark & Shine.
v0.1
1.Support 3D GUI;
2.Support multi-layer satellite networks;
3.Add dynamic cluster algorithm (only avaliable in internal version);
4.Add laser inter-satellite link module;
5.Add link interruption module;
6.Add in-network caching module;
v0.1.1
1.Add wireless channel module;
2.Add ground-satellite relay routing module;
3.Fix bugs;
v0.1.2
1.Support neural network-based routing;
2.Add GNN-based routing module (Maven and Tensorflow required);
2.Format update;
Copyright (C) 2021 Infonet, USTC