Satellite network is the first step of interstellar voyages. It can provide global Internet connectivity everywhere on earth, where most areas cannot access the Internet by the terrestrial infrastructure due to the geographic accessibility and high cost. The space industry experiences a rise in large low-earth-orbit satellite constellations to achieve universal connectivity. The research community is also urgent to do some leading research to bridge the connectivity divide. Researchers now conduct their work by simulation, which is far from enough. However, experiments on real satellites are blocked by the high threshold of space technology, such as deployment cost and unknown risks. To solve the above dilemma, we are eager to contribute to the universal connectivity and build an open research platform, Tiansuan constellation to support experiments on real satellite networks. We discuss the potential research topics that would benefit from Tiansuan constellation. We provide two case studies that have already deployed in two experimental satellites of Tiansuan constellation.
翻译:卫星网络是星际航行的第一步,可以提供全球互联网连接,使地球上的任何地方都能够提供全球互联网连接,由于地理可及性和高成本,大多数地区都无法通过地面基础设施进入互联网。空间工业经历了大型低地轨道卫星星座的崛起,以实现普遍连通。研究界也迫切需要开展一些领先的研究,以弥合连接鸿沟。研究人员现在通过模拟开展工作,这远远不够。但是,实际卫星实验受到空间技术高门槛的阻碍,如部署成本和未知风险。为了解决上述困境,我们渴望为普遍连通作出贡献,并建立一个开放研究平台,即天泉星座,以支持实际卫星网络的实验。我们讨论了从天泉星座受益的潜在研究课题。我们提供了两个案例研究,这些研究已经部署在天泉星座的两颗实验卫星上。