Experimental study of external interference mitigation for LEO based sensing (AIS)

D. Hirahara
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Abstract

Satellite Automatic Identification System (SAT-AIS) are corrupted by spike noise interference from the ground radar site on any area, and trajectory conditions and median filtering algorithms are becoming essential for detail analysis. To facilitate the introduction of such techniques into the satellite mega-constellations, we evaluate effective conditions of the spike noise filtering for trajectory area and sea area and give an introduction to the experimental result from SPace based AIS Experiment (SPAISE2) mounted on the Advanced Land Observing Satellite-2 (ALOS-2).
低轨道遥感(AIS)外部干扰抑制实验研究
卫星自动识别系统(SAT-AIS)在任何区域都会受到来自地面雷达站点的尖峰噪声干扰,轨迹条件和中值滤波算法成为详细分析卫星自动识别系统的必要条件。为了便于将此类技术引入卫星大星座,我们评估了弹道区域和海域尖峰噪声滤波的有效条件,并介绍了搭载在先进陆地观测卫星2号(ALOS-2)上的天基AIS实验(SPAISE2)的实验结果。
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