Hyperspectral imaging captures in an image all the information of the electromagnetic spectrum generating valuable data for a wide variety of applications, my research focuses on infrastructural monitoring. Hyperspectral sensors acquire high dimensional data which deep learning (DL) architectures can manage but require high computational sources. The aim is to exploit the advantages of using DL for hyperspectral image classification, while reducing the computing time by applying dimensionality reduction to input data. An approach using PCA and CNN is described in the following.
Deep learning for hyperspectral imaging / Monteverde, Giuseppina. - (2022). (Intervento presentato al convegno International Computer Vision Summer School (ICVSS) tenutosi a Sicily).
Deep learning for hyperspectral imaging
Giuseppina Monteverde
2022
Abstract
Hyperspectral imaging captures in an image all the information of the electromagnetic spectrum generating valuable data for a wide variety of applications, my research focuses on infrastructural monitoring. Hyperspectral sensors acquire high dimensional data which deep learning (DL) architectures can manage but require high computational sources. The aim is to exploit the advantages of using DL for hyperspectral image classification, while reducing the computing time by applying dimensionality reduction to input data. An approach using PCA and CNN is described in the following.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.