A proposal to measure the similarity between retinal vessel segmentations images

Introduction: We propose a novel approach for the assessment of the similarity of retinal vessel segmentation images that is based on linking the standard performance metrics of a segmentation algorithm, with the actual structural properties of the images through the fractal dimension. Method: We a...

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Main Authors: Marco A. Escobar, José R. Guzmán Sepúlveda, Jorge R. Parra Michel, Rafael Guzmán Cabrera
Format: Article
Language:English
Published: Universidad De La Salle Bajío 2019-05-01
Series:Nova Scientia
Subjects:
Online Access:http://novascientia.delasalle.edu.mx/ojs/index.php/Nova/article/view/1872
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author Marco A. Escobar
José R. Guzmán Sepúlveda
Jorge R. Parra Michel
Rafael Guzmán Cabrera
author_facet Marco A. Escobar
José R. Guzmán Sepúlveda
Jorge R. Parra Michel
Rafael Guzmán Cabrera
author_sort Marco A. Escobar
collection DOAJ
description Introduction: We propose a novel approach for the assessment of the similarity of retinal vessel segmentation images that is based on linking the standard performance metrics of a segmentation algorithm, with the actual structural properties of the images through the fractal dimension. Method: We apply our methodology to compare the vascularity extracted by automatic segmentation against manually segmented images. Results: We demonstrate that the strong correlation between the standard metrics and fractal dimension is preserved regardless of the size of the subimages analyzed. Discussion or Conclusion: We show that the fractal dimension is correlated to the segmentation algorithm’s performance and therefore it can be used as a comparison metric.
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spelling doaj.art-c6bdae62817d4fb1b7faf36dae778a152022-12-21T20:05:27ZengUniversidad De La Salle BajíoNova Scientia2007-07052019-05-01112210.21640/ns.v11i22.1872A proposal to measure the similarity between retinal vessel segmentations imagesMarco A. Escobar0José R. Guzmán Sepúlveda1Jorge R. Parra Michel2Rafael Guzmán Cabrera3Universidad de la Salle BajioUniversity of Central FloridaUniversidad De La Salle BajíoUniversidad de GuanajuatoIntroduction: We propose a novel approach for the assessment of the similarity of retinal vessel segmentation images that is based on linking the standard performance metrics of a segmentation algorithm, with the actual structural properties of the images through the fractal dimension. Method: We apply our methodology to compare the vascularity extracted by automatic segmentation against manually segmented images. Results: We demonstrate that the strong correlation between the standard metrics and fractal dimension is preserved regardless of the size of the subimages analyzed. Discussion or Conclusion: We show that the fractal dimension is correlated to the segmentation algorithm’s performance and therefore it can be used as a comparison metric.http://novascientia.delasalle.edu.mx/ojs/index.php/Nova/article/view/1872image processingsegmentationfractal dimensionsimilarity measurementretinal vesselvascularity
spellingShingle Marco A. Escobar
José R. Guzmán Sepúlveda
Jorge R. Parra Michel
Rafael Guzmán Cabrera
A proposal to measure the similarity between retinal vessel segmentations images
Nova Scientia
image processing
segmentation
fractal dimension
similarity measurement
retinal vessel
vascularity
title A proposal to measure the similarity between retinal vessel segmentations images
title_full A proposal to measure the similarity between retinal vessel segmentations images
title_fullStr A proposal to measure the similarity between retinal vessel segmentations images
title_full_unstemmed A proposal to measure the similarity between retinal vessel segmentations images
title_short A proposal to measure the similarity between retinal vessel segmentations images
title_sort proposal to measure the similarity between retinal vessel segmentations images
topic image processing
segmentation
fractal dimension
similarity measurement
retinal vessel
vascularity
url http://novascientia.delasalle.edu.mx/ojs/index.php/Nova/article/view/1872
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