Satellite networks, integral to future communication, benefit from SDN’s advantages. Combining SDN with satellite networks, especially leveraging distributed controllers, shows promise. To facilitate research, we propose a simulation platform. Integrating STK, Containernet, Docker, and ONOS, it supports scenario and topology simulation and distributed control. Python scripts drive STK for scenario creation, Containernet for SDN network setup, and ONOS for controller functionality. Tests validate platform efficacy, showcasing ONOS’s robustness and Docker node compatibility. This platform fosters satellite network research with scalability and practical applicability.

错误:搜索内容不能为空,请输入英文关键词
错误:关键词超出字数限制,请精简
高级检索

Design of Satellite Network Simulation Platform Supporting Distributed Controller

  • Haoxuan Lu,
  • Dezhi Li,
  • Zhenyong Wang

摘要

Satellite networks, integral to future communication, benefit from SDN’s advantages. Combining SDN with satellite networks, especially leveraging distributed controllers, shows promise. To facilitate research, we propose a simulation platform. Integrating STK, Containernet, Docker, and ONOS, it supports scenario and topology simulation and distributed control. Python scripts drive STK for scenario creation, Containernet for SDN network setup, and ONOS for controller functionality. Tests validate platform efficacy, showcasing ONOS’s robustness and Docker node compatibility. This platform fosters satellite network research with scalability and practical applicability.