Standard and Specific Compression Techniques for DNA Microarray Images

We review the state of the art in DNA microarray image compression and provide original comparisons between standard and microarray-specific compression techniques that validate and expand previous work. First, we describe the most relevant approaches published in the literature and classify them ac...

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Main Authors: Michael W. Marcellin, Joan Serra-Sagristà, Miguel Hernández-Cabronero, Ian Blanes
Format: Article
Language:English
Published: MDPI AG 2012-02-01
Series:Algorithms
Subjects:
Online Access:http://www.mdpi.com/1999-4893/5/1/30/
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author Michael W. Marcellin
Joan Serra-Sagristà
Miguel Hernández-Cabronero
Ian Blanes
author_facet Michael W. Marcellin
Joan Serra-Sagristà
Miguel Hernández-Cabronero
Ian Blanes
author_sort Michael W. Marcellin
collection DOAJ
description We review the state of the art in DNA microarray image compression and provide original comparisons between standard and microarray-specific compression techniques that validate and expand previous work. First, we describe the most relevant approaches published in the literature and classify them according to the stage of the typical image compression process where each approach makes its contribution, and then we summarize the compression results reported for these microarray-specific image compression schemes. In a set of experiments conducted for this paper, we obtain new results for several popular image coding techniques that include the most recent coding standards. Prediction-based schemes CALIC and JPEG-LS are the best-performing standard compressors, but are improved upon by the best microarray-specific technique, Battiato’s CNN-based scheme.
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spelling doaj.art-ef004e35da9a4d7aa82a3b635adbb02c2022-12-21T18:50:55ZengMDPI AGAlgorithms1999-48932012-02-0151304910.3390/a5010030Standard and Specific Compression Techniques for DNA Microarray ImagesMichael W. MarcellinJoan Serra-SagristàMiguel Hernández-CabroneroIan BlanesWe review the state of the art in DNA microarray image compression and provide original comparisons between standard and microarray-specific compression techniques that validate and expand previous work. First, we describe the most relevant approaches published in the literature and classify them according to the stage of the typical image compression process where each approach makes its contribution, and then we summarize the compression results reported for these microarray-specific image compression schemes. In a set of experiments conducted for this paper, we obtain new results for several popular image coding techniques that include the most recent coding standards. Prediction-based schemes CALIC and JPEG-LS are the best-performing standard compressors, but are improved upon by the best microarray-specific technique, Battiato’s CNN-based scheme.http://www.mdpi.com/1999-4893/5/1/30/microarray imagesmicroarray image compressionimage coding standardsJPEG2000
spellingShingle Michael W. Marcellin
Joan Serra-Sagristà
Miguel Hernández-Cabronero
Ian Blanes
Standard and Specific Compression Techniques for DNA Microarray Images
Algorithms
microarray images
microarray image compression
image coding standards
JPEG2000
title Standard and Specific Compression Techniques for DNA Microarray Images
title_full Standard and Specific Compression Techniques for DNA Microarray Images
title_fullStr Standard and Specific Compression Techniques for DNA Microarray Images
title_full_unstemmed Standard and Specific Compression Techniques for DNA Microarray Images
title_short Standard and Specific Compression Techniques for DNA Microarray Images
title_sort standard and specific compression techniques for dna microarray images
topic microarray images
microarray image compression
image coding standards
JPEG2000
url http://www.mdpi.com/1999-4893/5/1/30/
work_keys_str_mv AT michaelwmarcellin standardandspecificcompressiontechniquesfordnamicroarrayimages
AT joanserrasagrista standardandspecificcompressiontechniquesfordnamicroarrayimages
AT miguelhernandezcabronero standardandspecificcompressiontechniquesfordnamicroarrayimages
AT ianblanes standardandspecificcompressiontechniquesfordnamicroarrayimages