Unmixing and Pigment Identification Using Visible and Short-Wavelength Infrared: Reflectance vs Logarithm Reflectance Hyperspaces

Author:

Valero Eva M.,Martínez-Domingo Miguel Ángel,López-Baldomero Ana Belén,López-Montes Ana,Abad-Muñoz David,Vílchez José Luis

Publisher

Elsevier BV

Reference62 articles.

1. Automatic pigment identification from hyperspectral data;B Grabowski;Journal of cultural heritage,2018

2. High resolution digital imaging of paintings: The vasari project;K Martinez;Microcomputers for Information Management,1991

3. Pigment unmixing of hyperspectral images of paintings using deep neural networks;N Rohani;ICASSP,2019

4. VisNIR pigment mapping and re-rendering of an experimental painting;F Grillini;Journal of the International Colour Association

5. A study of UV fluorescence emission of painting materials;A Pelagotti;Proceedings of the Art,2005

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