Spatial multiple instance learning for hyperspectral image analysis

Jeremy Bolton, P. Gader
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引用次数: 3

Abstract

Standard multiple instance learning (MIL) techniques are capable of learning when there is a lack of target information (including size, shape, and even location); however, this is attained at the cost of the utility of spatial information. This is unfortunate because in many image analysis applications, there is a substantial amount of observable spatial information. The research presented in the following investigates appropriate methods to incorporate spatial information into the MIL framework while maintaining the benefits of the MIL paradigm. The proposed Spatial Multiple Instance Learning (S-MIL) method is applied to a hyperspectral data set for the purposes of landmine detection.
用于高光谱图像分析的空间多实例学习
标准的多实例学习(MIL)技术能够在缺乏目标信息(包括大小、形状甚至位置)的情况下进行学习;然而,这是以牺牲空间信息的效用为代价的。这是不幸的,因为在许多图像分析应用程序中,有大量的可观察的空间信息。下面的研究探讨了将空间信息纳入MIL框架的适当方法,同时保持MIL范式的优势。将提出的空间多实例学习(S-MIL)方法应用于高光谱数据集的地雷探测。
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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