长江信息通信2024,Vol.37Issue(8) :18-20.DOI:10.20153/j.issn.2096-9759.2024.08.006

云平台支持下的Starlink卫星星座拓扑仿真技术探析

Analysis of Starlink Satellite Constellation Topology Simulation Technology Supported by Cloud Platform

孙佳
长江信息通信2024,Vol.37Issue(8) :18-20.DOI:10.20153/j.issn.2096-9759.2024.08.006

云平台支持下的Starlink卫星星座拓扑仿真技术探析

Analysis of Starlink Satellite Constellation Topology Simulation Technology Supported by Cloud Platform

孙佳1
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作者信息

  • 1. 上海红生系统工程有限公司,上海 200433
  • 折叠

摘要

卫星网络作为全球通信架构的重要组成部分,其可靠性和高效性对于全球数据传输至关重要.Starlink卫星星座作为领先的低地球轨道通信网络,在进行星座拓扑设计与管理中需借助现代化信息技术手段,实现优化与仿真.本研究针对Starlink卫星星座的拓扑结构,基于云计算,对主流云平台进行了介绍与分析,在云平台的强大计算与存储能力支持下构建了Starlink卫星星座拓扑仿真系统架构,实现了Starlink卫星星座拓扑仿真系统功能,最终通过实验分析与验证,以确证系统功能的准确性与逼真度,提升卫星网络的服务效率和质量,为星座网络设计与运营提供了科学依据.

Abstract

As an important part of the global communication architecture,the reliability and ef-ficiency of the satellite network are very important for the global data transmission.Starlink As a leading low-earth orbit communication network,satellite constellation needs to use modern in-formation technology means to realize optimization and simulation in the design and manage-ment of constellation topology.This study for the topology of Starlink satellite constellation,based on cloud computing,introduces and analyzes the mainstream cloud platform,in the cloud platform of powerful computing and storage capacity to support built the Starlink satellite con-stellation topology simulation system architecture,implements the Starlink satellite constellation topology simulation system function,finally through the experimental analysis and verification,to confirm the system function accuracy and fidelity,improve the service efficiency and quality of satellite network,provides a scientific basis for the constellation network design and opera-tion.

关键词

云平台/Starlink卫星星座/拓扑仿真技术/系统架构

Key words

cloud platform/Starlink satellite constellation/topology simulation technology/sys-tem architecture

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出版年

2024
长江信息通信
湖北通信服务公司

长江信息通信

影响因子:0.338
ISSN:2096-9759
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