WIP: An Open-Source Tool for Evaluating System-Level Performance of NB-IoT Non-Terrestrial Networks

A. Petrosino, Giancarlo Sciddurlo, Sergio Martiradonna, D. Striccoli, G. Piro, G. Boggia
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引用次数: 4

Abstract

Satellite Communication is expected to play a leading role in 5G & Beyond networks. Current studies, however, focus the attention on physical and link-level aspects, while ignoring to evaluate system-level performance. This paper presents a novel simulation tool, conceived as a new module for the open-source 5G-air-simulator, modeling NB-IoT satellite-based communication systems. Specifically, it implements several link-to-system abstraction models, the cell selection procedure, and a configurable satellite constellation. Furthermore, these essential features are successfully integrated within the rest of the 5G-air-simulator, thus offering the opportunity to test flexible network deployments (e.g., by varying the number and the distribution of users) under different application statistics. To demonstrate the actual effectiveness of the developed tool, this work also presents a preliminary performance assessment of an NB-IoT satellite-based communication system enabling reference monitoring scenarios.
WIP:用于评估NB-IoT非地面网络系统级性能的开源工具
卫星通信预计将在5G及超越网络中发挥主导作用。然而,目前的研究主要集中在物理和链路级方面,而忽略了对系统级性能的评估。本文提出了一种新的仿真工具,作为开源5g空气模拟器的新模块,用于模拟基于NB-IoT卫星的通信系统。具体来说,它实现了几个链路到系统的抽象模型、小区选择过程和一个可配置的卫星星座。此外,这些基本功能已成功集成到5g -air模拟器的其余部分中,从而提供了在不同应用统计数据下测试灵活网络部署(例如,通过改变用户数量和分布)的机会。为了证明所开发工具的实际有效性,本工作还提出了一个基于NB-IoT卫星的通信系统的初步性能评估,该系统支持参考监控场景。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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