tracyloisel/matlabhyperspectraltoolbox

MATLAB Hyperspectral Toolbox

Open Source MATLAB Hyperspectral Toolbox

Update Jan 6, 2022 If you use this work in your research, please using the following citation:

@Misc{matlab_hsi_toolbox,
author =   {Isaac Gerg},
title =    {Open Source MATLAB Hyperspectral Toolbox},
howpublished = {\url{https://github.com/isaacgerg/matlabHyperspectralToolbox}},
year = {2006--2022}
}

Deriviative works of this toolbox must also provide this citation and where new authors that have updated the work, they should add their names to the author line in addition to mine.

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This toolbox was developed in support of "An Evaluation of Three Endmember Extraction Algorithms: ATGP, ICA-EEA, and VCA," https://etda.libraries.psu.edu/catalog/8265.

The open source Matlab Hyperspectral Toolbox is a matlab toolbox containing various hyperspectral exploitation algorithms. The toolbox is meant to be a concise repository of current state-of-the-art (2008) exploitation algorithms for learning and research purposes. The toolbox (will) include(s) functions for:

• Target detection
• Material abundance map (MAM) generation
• Spectral unmixing
• Automated processing
• Change detection
• Visualization
• Reading / writing files (.rfl, .asd, ect)

FastICA can be downloaded here. FastICA is used in a few of the functions in the toolbox. Remember to add the FastICA toolbox to Matlab's path table. You can do this using the addpath function.

These are listed below in order of my priority of implementing them.

• (Joint) Affine Matched filter. Link.
• Generalization of matched filter which includes signature statistics. See equation 1 of this.
• RAF-SAM, an improvement to SAM from: Improving the Classification Precision of Spectral Angle Mapper ELM for radiance to reflectance conversion (http://www.cis.rit.edu/files/197_SPIE_2005_Grimm.pdf)
• Covariance matrix inversion methods (e.g. Dominant Mode Rejection)
• Quadratic Detector
• SMACC
• AMEE
• NFINDR
• Antonia Plaza's FastPPI
• Joshua Broaderwater's hybrid detectors (HUD, etc)
• Variations on ACE - e.g. adaptive covariance estimated ACE, etc