Advanced Mathematical Modeling of Machine Learning and Artificial Intelligent Addressing Satellite Transponder Distortions

T. Nguyen
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Abstract

This paper describes innovative frameworks and associated mathematical models using Machine Learning and Artificial Intelligent (ML-AI) technology to address signal distortions caused by the satellite transponder (TXDER) and related operational conditions. The operating conditions include unknown Input Power Back-Off (IPBO) and unknown TXDER operating temperature due to satellite exposure to the space environment. The paper also presents and discusses an End-to-End Satellite System and Mathematical Model (E2E-SSM2) that can be used for generating training data and demonstrating of the proposed ML-AI frameworks.
机器学习和人工智能寻址卫星转发器畸变的高级数学建模
本文描述了使用机器学习和人工智能(ML-AI)技术的创新框架和相关数学模型,以解决由卫星转发器(TXDER)和相关操作条件引起的信号失真。由于卫星暴露在空间环境中,其工作条件包括未知的输入功率回退(IPBO)和未知的TXDER工作温度。本文还介绍并讨论了端到端卫星系统和数学模型(E2E-SSM2),可用于生成训练数据和演示所提出的ML-AI框架。
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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