Pattern matching techniques have been useful in solving many problems associated with computer science, including data compression (Chrochemore and Lecroq, 1996), data encryption (RSA Laboratories, 1993), and computer vision (Grimson and Huttenlocher, 1990). In recent years, developments in molecular biology have led to large scale sequencing of genomic DNA. Since this data is being produced in such rapid fasion, tools to analyze DNA segments are desired. The goal here is to discuss various techniques and tools for solving various pattern matching questions in computational biology, including optimal sequence alignment, multiple sequence alignment, and buidling models to describe sequence families using Hidden Markov Models (HMMs) and regul...
Pattern matching algorithms are used to find one or more patterns or sequence of patterns from huge ...
Multiple sequence alignment plays a key role in the computational analysis of biological data. Diffe...
Graduation date: 1993As the volume of genetic sequence data increases due to improved sequencing\ud ...
A biomolecular object, such as a deoxyribonucleic acid (DNA), a ribonucleic acid (RNA) or a protein ...
Abslract- DNA matching is an important key to understanding genomes, evolution, relationships betwee...
This thesis studies the following problems: 1. Planted Motif Search. Discovering patterns in biologi...
DNA sequence similarity search is an important task in computational biology applications. Similarit...
Abstract:- Multiple alignments of nucleic acid, or amino acid, sequences are one of the most commonl...
With more and more biological sequences available, sequence analyses have become very important in b...
This dissertation proposes a novel tree structure, Error Tree (ET), to more efficiently solve the Ap...
Abstract The study proposes a novel model for DNA sequence classification that combines machine lear...
Sequence similarity alignment is a basic information processing method in bioinformatics. It is very...
Local alignment of DNA sequences is a common problem in biological computing, with many known soluti...
Abstract Background Biologists are often interested i...
Sequence databases comprise sequence data, which are linear structural descriptions of many natural ...
Pattern matching algorithms are used to find one or more patterns or sequence of patterns from huge ...
Multiple sequence alignment plays a key role in the computational analysis of biological data. Diffe...
Graduation date: 1993As the volume of genetic sequence data increases due to improved sequencing\ud ...
A biomolecular object, such as a deoxyribonucleic acid (DNA), a ribonucleic acid (RNA) or a protein ...
Abslract- DNA matching is an important key to understanding genomes, evolution, relationships betwee...
This thesis studies the following problems: 1. Planted Motif Search. Discovering patterns in biologi...
DNA sequence similarity search is an important task in computational biology applications. Similarit...
Abstract:- Multiple alignments of nucleic acid, or amino acid, sequences are one of the most commonl...
With more and more biological sequences available, sequence analyses have become very important in b...
This dissertation proposes a novel tree structure, Error Tree (ET), to more efficiently solve the Ap...
Abstract The study proposes a novel model for DNA sequence classification that combines machine lear...
Sequence similarity alignment is a basic information processing method in bioinformatics. It is very...
Local alignment of DNA sequences is a common problem in biological computing, with many known soluti...
Abstract Background Biologists are often interested i...
Sequence databases comprise sequence data, which are linear structural descriptions of many natural ...
Pattern matching algorithms are used to find one or more patterns or sequence of patterns from huge ...
Multiple sequence alignment plays a key role in the computational analysis of biological data. Diffe...
Graduation date: 1993As the volume of genetic sequence data increases due to improved sequencing\ud ...