波束间相关处理与多波束分辨率提高

O. V. Dmitriev, M. I. Arzhanov, S. Baykov, I. P. Prudnikova, Y.A. Kurnosov
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引用次数: 0

摘要

本文考虑的分辨率提高方法是基于Capon在上世纪60年代提出的用于地震信号处理的最小方差法(MVM)。结果表明,与标准波束形成方法相比,最小方差法具有明显的优势。采用MVM方法对海底进行重建,其精度高于标准波束形成方法。应该强调的是,真正的细化是实现的,而不是某种平滑或插值。对散射数据和先验信息的充分利用是产生这种效果的原因。接下来详细阐述所介绍的波束间处理方法是对相邻ping信号的回波进行联合处理。与常用的合成孔径处理不同,平对平波束间最小方差处理采用逆相关矩阵。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interbeam correlation processing and multibeam resolution improving
Resolution improving method considered in the paper is based on minimum variance method (MVM), put forward by Capon in the last century's sixties for seismic signal processing. It is shown that minimum variance method has evident advantages in comparison with standard beamforming. Seabed was reconstructed by means of MVM to a higher accuracy then using standard beamforming. It should be emphasized that real refinement was achieved rather than some kind of smoothing or interpolation. More complete using of scattering data and a priori information causes the effect. Next step to elaborate the method of interbeam processing introduced is to carry out joint processing of echoes of adjacent pings. As distinct from popular synthetic aperture processing inverse correlation matrix is used in ping-to-ping interbeam minimum variance processing.
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