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A series of scripts for assessement of OCT vasculatures. ITK Library

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Scripts for quantitative assesment of (retinal) microvasculature

platform language compiler builder compiler

General Information

Theoretical foundation

These scripts are based on the descriptions from the following paper:
"Quantitative assessment of the retinal microvasculature using optical coherence tomography angiography". Journal of Biomedial Optics, 21(6), 066008. 2016. Zhongdi Chu; Jason Lin; Chen Gao; Chen Xin; Qinqin Zhang; Chieh-Li Chen; Luis Roisman; Giovanni Gregori; Philip J. Rosenfeld; Ruikang K. Wang
Link to paper

Useful information about ITK

Dimensions {x, y. z} corresponds to [0], [1], [2] when workin with ITK arrays that uses those dimensions/directions (index, size etc.)
Read more about ITK at itk.org

Useful information about styles

  • For input, type means the file type associated with filename.
  • The scrips make output filenames themselves by using the input filename and append useful information about what happened.
  • If the program runs with more arguments than specified, the program will EXIT_FAILURE.
  • If the program runs with less arguments than specified, default arguments will be ran.

Scripts

AdaptiveThreshold

Complete/Abandoned. Implementing adaptive threshold filter. Abandoned because underlying filter is deprecated and suspect not implementing adaptive threshold correctly

WhiteHatThreshold

Complete/Abandoned. Implementing the white hat filter, bringing out local maxima of bright objects on dark background. The filter isn't working correctly, output remained the same as input.

Arguments: ./WhiteHatThreshold [filename] [filetype] [algorithm] [radius]

Default: ./WhiteHatThreshold volume_norm_tif .nii 0 8

MatAdaptThresh

Complete. Micro script on MATLAB to make use of its adaptive thresholding and image binarizing functions. Playing around with parameters currently gives neighborhood sizes of [1 1 1] very effective.

Arguments: No arguments

More

Author and Acknowledgements

Author: Viet Than, Department of EECS, Vanderbilt University, US.
Supervisor: Ipek Oguz, Prof. Department of EECS, Vanderbilt University, US.

With the help of the Medical Image Computing Lab.

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A series of scripts for assessement of OCT vasculatures. ITK Library

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