This article describes the performance of JigsawHSI,a convolutional neural network (CNN) based on Inception but tailored for geoscientific analyses, on classification with the Indian Pines, Pavia University and Salinas hyperspectral image data sets. The network is compared against HybridSN, a spectral-spatial 3D-CNN followed by 2D-CNN that achieves state-of-the-art results in the datasets. This short article proves that JigsawHSI is able to meet or exceed HybridSN performance in all three cases. Additionally, the code and toolkit are made available.
翻译:本文介绍了JigsawHSI,即基于感知、但为地球科学研究而专门设计的进化神经网络(CNN)的性能,与印度松树、帕维亚大学和萨利纳斯超光谱图像数据集的分类,与三维-CNN光谱空间3D-CNN和2D-CNN的混合SN作比较,后者在数据集中取得最新结果,这一短文证明JigsawHSI在所有三种情况下都能够达到或超过混合SN性能,此外,还提供了代码和工具包。