论文标题
异构联合立方体系统：问题，约束和功能
Heterogeneous Federated CubeSat System: problems, constraints and capabilities
论文作者
论文摘要
在过去的十年中，关于立方体及其应用的不同论点。其中一些人涉及无线通信（5G和6G技术），试图获得更好的特征作为覆盖范围和连接性。有些以IOST（太空互联网），卫星互联网（IOSAT），DSS（分布式空间系统）和FSS（联合卫星系统）（联合卫星系统）的术语到达。他们所有人都旨在将小型/纳米卫星用作星座/群，是提供特定的服务，共享未使用的资源，并发展卫星 - AS-A-Service（SAS）的概念。本文旨在使这种网络物理系统的性能属性增强，对其固有的操作约束进行建模，并在最后，根据成绩来评估服务的质量，用于输入/离开新的异质组成系统，又称卫星的新异质组成系统。这项“白皮书”风格的工作着重于介绍此异质星座问题的定义，旨在旨在介绍其主要功能和约束，并为该系统表示和评估提出了建模方法。
Different arguments were being presented in the last decade about CubeSats and their applications. Some of them address wireless communication (5G and 6G technologies) trying to achieve better characteristics as coverage and connectivity. Some arrived with terms as IoST (Internet of Space Things), Internet of Satellites (IoSat), DSS (Distributed Space Systems), and FSS (Federated Satellite Systems). All of them aim to use Small/NanoSatellites as constellations/swarms is to provide specific services, share unused resources, and evolve the concept of satellites-as-a-service (SaS). This paper aims to emophasize performance attributes of such cyber-physical systems, model their inherent operational constraints and at the very end, evaluate the quality of service in terms of figures of merit for the entering/leaving of new heterogeneous constituent systems, a.k.a satellites, to the constellation. This "whitepaper"-styled work focuses on presenting the definitions of this heterogeneous constellation problem, aims at its main capabilities and constraints, and proposes modeling approaches for this system representation and evaluation.
