基于快速傅立叶变换的LEO天线地面站分析

A. Hidayat, S. Munawar, S. Syarif, A. Achmad
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引用次数: 3

摘要

保持卫星近地轨道接收天线的指向精度是其质量要求之一。本研究尝试用FFT对低轨道卫星接收天线的质量进行分析。目前,天线跟踪误差分析采用故障高程图和方位图与时间误差进行比较。本研究利用(FFT)方法对频率和幅度的跟踪误差进行了有效性研究。FFT能够计算振幅和频率误差。在本研究中,FFT计算和绘制的误差包括幅值误差和频率误差。当目标系统在接收数据时发生故障时,记录卫星的接收可以提前被检测到。解决方案和问题的效率更高,系统的可用性也更能保持和保护数据的连续性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
LEO antenna ground station analysis using fast fourier transform
One of the quality requirements of a satellite low Earth orbit receiver antenna that maintain is pointing accuracy. The research is trying to using FFT to analyze the quality of the LEO satellite receiver antenna. Currently, the antenna tracking error analysis using graphs fault elevation and azimuth error compare to the time. This study is conducted find the effectiveness of the frequency and amplitude of the tracking error using (FFT). FFT is able to count the amplitude and frequency error. Calculation and plotting error by FFT in this study shows amplitude and frequency error. The goal system malfunction at data reception, recording satellite reception can be detected earlier. Solution and problem solving more efficient, availability of systems also data continuity can be maintained and protected.
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