Feature extraction for DNA capillary electrophesis signals based on discrete wavelet transform combined with multi-scale permutation entropy

ÖE Yiğit, E Öz - Sigma Journal of Engineering and Natural Sciences - dergipark.org.tr
DNA sequence classification is an important challenge in genomic studies due to non-linear
and chaotic behavior of DNA oxidation signals of Adenine, Cytosine, Guanine, and Thymine …
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Feature extraction for DNA capillary electrophesis signals based on discrete wavelet transform combined with multi-scale permutation entropy.

ÖE YİĞİT, E ÖZ - Sigma: Journal of Engineering & Natural …, 2022 - search.ebscohost.com
DNA sequence classification is an important challenge in genomic studies due to non-linear
and chaotic behavior of DNA oxidation signals of Adenine, Cytosine, Guanine, and Thymine …
[PDF] yildiz.edu.tr

[PDF][PDF] Feature extraction for DNA capillary electrophesis signals based on discrete wavelet transform combined with multi-scale permutation entropy

ÖE YİĞİT, ÖZ Ersoy - Sigma, 2022 - eds.yildiz.edu.tr
[PDF] yildiz.edu.tr

[PDF][PDF] Feature extraction for DNA capillary electrophesis signals based on discrete wavelet transform combined with multi-scale permutation entropy

ÖE YİĞİT, ÖZ Ersoy - Sigma, 2022 - sigma.yildiz.edu.tr
ABSTRACT DNA sequence classification is an important challenge in genomic studies due
to non-linear and chaotic behavior of DNA oxidation signals of Adenine, Cytosine, Guanine …

[引用][C] Feature extraction for DNA capillary electrophesis signals based on discrete wavelet transform combined with multi-scale permutation entropy

ÖE YİĞİT, ÖZ Ersoy - Sigma, 2022