基于AWR数据的湍流检测与分类算法

Y. Averyanova, V. Larin, N. Kuzmenko, I. Ostroumov, M. Zaliskyi, O. Solomentsev, O. Sushchenko, Y. Bezkorovainyi
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引用次数: 7

摘要

本文分析了利用液态水气象信号反射偏振特征探测大气湍流的方法。湍流存在的信息可从液态水流星射电信号反射的低频分量的变化特征中得到。湍流检测算法是对不同强度的湍流是否存在的问题进行判定。该算法的下一步是对飞机湍流强度进行分类,并提出了湍流检测与分类算法。关键词:气象雷达,湍流,航空,偏振,偏振测量,水流星,雷达反射,雷达信号包络线,飞行安全
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Turbulence Detection and Classification Algorithm Using Data from AWR
In this paper the approach to detect atmospheric turbulence using the polarization feature of reflected from liquid hydrometeors signal is analyzed. The information about the presence of turbulence is retrieved from the character of the variation of the low-frequency component reflected from liquid hydrometeor radiosignal. The algorithm of turbulence detection is developed as a decision of the problem of the presence of turbulence of different intensities against the alternatives. The next step of the algorithm is an approach to make aircraft dependent turbulence intensity classification and the algorithm of turbulence detection and classification is proposed. Keywords-meteorological radar, turbulence, aviation, polarization, polarimetry, hydrometeor, radar reflections, radar signal envelope, flight safety
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