Currently, many hybrid satellite-aerial-terrestrial networks are under construction. The problem is how to coordinate heterogeneous communication networks and platforms to provide more effective services, which is seriously hindering the further development of networks. To mitigate this and other problems, a novel heterogeneous wireless network architecture named the Smart Identifier for Space and Terrestrial Integrated Network (SI-STIN) is designed. Based on the Smart Identifier Network (SINET), SI-STIN aims to solve the problem of the heterogeneous convergence of the integrated network layer, break through the triple binding of the traditional network layer design, and ultimately achieve high efficiency for resource integration and interconnection. The SI-STIN includes three layers and two domains: the smart pervasive service layer, dynamic resource adaption layer, and collaborative network component layer, and the entity domain and behavior domain, in which many separate identifiers and behavior descriptions are applied. Then the details, workflow, applications, and challenges of the STIN are presented. Experimental analysis verifies that the SI-STIN improves the performance in regard to network security and transmission efficiency and thus has great potential to satisfy various network demands.

中文翻译：

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SI-STIN：空间和地面综合网络的智能标识符框架


目前，许多星地混合网络正在建设中。如何协调异构通信网络和平台提供更有效的服务，严重阻碍了网络的进一步发展。为了缓解这个问题和其他问题，设计了一种新颖的异构无线网络架构，名为空间和地面综合网络智能标识符（SI-STIN）。 SI-STIN基于智能识别网络（SINET），旨在解决融合网络层的异构融合问题，突破传统网络层设计的三重束缚，最终实现资源的高效整合和互联。 SI-STIN包括三层两域：智能普适服务层、动态资源适配层、协同网络组件层，以及实体域和行为域，其中应用了许多单独的标识符和行为描述。然后介绍 STIN 的细节、工作流程、应用和挑战。实验分析表明，SI-STIN在网络安全和传输效率方面提高了性能，具有满足各种网络需求的巨大潜力。