Separation of multiple secondary surveillance radar sources in a real environment by a novel projection algorithm

N. Petrochilos, G. Galati, L. Mene, E. Piracci
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引用次数: 21

Abstract

Multilateration systems based on secondary surveillance radar (SSR) and omni-directional antennae are operational today (P. Bezousek, 1998) with expected capacity limitations due to the increase of the air traffic. Assuming the replacement of the omni-directional antenna by an array, we proposed new algorithms in previous works (N. Petrochilos, July 2002), (N. Petrochilos, et al., May 2004). Unfortunately, they have some shortcomings, an expensive computational cost, and a not-so simple practical implementation. Therefore, there is a need for reliable, simple, effective algorithms such as the one we present here to separate multiple SSR signals. Real signals (as recorded in a live environment) are used to demonstrate the effectiveness of the proposed algorithm
用一种新的投影算法分离真实环境中多个二次监视雷达源
以二次监视雷达(SSR)和全向天线为基础的多天线系统目前正在运行(P. Bezousek, 1998),由于空中交通的增加,预计容量有限。假设用阵列代替全向天线,我们在之前的工作中提出了新的算法(N. Petrochilos, 2002年7月),(N. Petrochilos等,2004年5月)。不幸的是,它们有一些缺点,昂贵的计算成本和不那么简单的实际实现。因此,需要一种可靠、简单、有效的算法来分离多个SSR信号,如我们在这里提出的算法。实际信号(在现场环境中记录)被用来证明所提出算法的有效性
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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