This thesis deals with the classification of organisms based on the nucleotide frequency. Goal is to get acquainted with the problems of evaluating similarity of organisms on the basis of similarity of DNA sequences to design and implement in Matlab algorithm to classify organisms based on classical phylogenetic methods, basic and advanced numerical methods, and these compare methods with each other
AbstractA spectrogram reflects the arrangement of nucleotides through the whole chromosome or genome...
Taxonomic classification has a wide-range of applications such as finding out more about the evoluti...
Abstract. Computational analysis of DNA sequences can distinguish areas within the genome according ...
This thesis tries to present different approaches of analysis of genomic data and classification of ...
This work deals with the effect of nucleotide density vector's reduction on molecular identification...
Most methods for analysis of genomic data work with symbolic sequences. Numerically represented geno...
This dissertation deals with alternative techniques for analysis of genetic information of organisms...
This paper introduces the classical and molecular taxonomy used for classification of organisms. It ...
The work deals with the identification of species of animal through the density of nucleotids of mit...
This work continues in development of DNA numerical representation’s field in the recent years. The ...
AbstractClassification of bacteria is mainly based on sequence comparisons of certain homologous gen...
Algorithms for scaling and visualization of nucleotide sequences developed in this study allow ident...
A spectrogram reflects the arrangement of nucleotides through the whole chromosome or genome. Our pr...
The work deals with the method of recognizing species on the analysis of mitochondrial DNA segment. ...
The work deals with DNA sequence classification. The first part summarizes information about existin...
AbstractA spectrogram reflects the arrangement of nucleotides through the whole chromosome or genome...
Taxonomic classification has a wide-range of applications such as finding out more about the evoluti...
Abstract. Computational analysis of DNA sequences can distinguish areas within the genome according ...
This thesis tries to present different approaches of analysis of genomic data and classification of ...
This work deals with the effect of nucleotide density vector's reduction on molecular identification...
Most methods for analysis of genomic data work with symbolic sequences. Numerically represented geno...
This dissertation deals with alternative techniques for analysis of genetic information of organisms...
This paper introduces the classical and molecular taxonomy used for classification of organisms. It ...
The work deals with the identification of species of animal through the density of nucleotids of mit...
This work continues in development of DNA numerical representation’s field in the recent years. The ...
AbstractClassification of bacteria is mainly based on sequence comparisons of certain homologous gen...
Algorithms for scaling and visualization of nucleotide sequences developed in this study allow ident...
A spectrogram reflects the arrangement of nucleotides through the whole chromosome or genome. Our pr...
The work deals with the method of recognizing species on the analysis of mitochondrial DNA segment. ...
The work deals with DNA sequence classification. The first part summarizes information about existin...
AbstractA spectrogram reflects the arrangement of nucleotides through the whole chromosome or genome...
Taxonomic classification has a wide-range of applications such as finding out more about the evoluti...
Abstract. Computational analysis of DNA sequences can distinguish areas within the genome according ...