We consider the problem of on-line exact string matching of a pattern in a set of highly similar sequences. This can be useful in cases where indexing the sequences is not feasible. We present a preliminary study by restricting the problem for a specific case where we adapt the classical Morris-Pratt algorithm to consider borders with errors. We give an original algorithm for computing borders at Hamming distance 1. We exhibit experimental results showing that our algorithm is much faster than searching for the pattern in each sequences with a very fast on-line exact string matching algorithm.
Abslract- DNA matching is an important key to understanding genomes, evolution, relationships betwee...
Local alignment of DNA sequences is a common problem in biological computing, with many known soluti...
The threshold all-against-all problem in approximate string matching has important applications in b...
We consider the problem of on-line exact string matching of a pattern in a set of highly similar seq...
International audienceWith the advent of high-throughput sequencing technologies there are more and ...
A new algorithm is presented which takes advantage of the statistical distribution of characters wit...
Graduation date: 1993As the volume of genetic sequence data increases due to improved sequencing\ud ...
Exact string matching algorithms involve finding all occurrences of a pattern Pin a text T. These al...
In this paper, we consider the pattern matching problem in DNA and RNA sequences where either the pa...
[[abstract]]In this paper, a novel algorithm for approximate pattern matching fom multiple DNA or am...
In the molecular biology, it is said that two biological sequences tend to have similar properties i...
Pattern matching algorithm plays a vital role for searching and analyzing patterns in computational ...
Bioinformatics is the most studied field of computer science. It deals with computer science, biolog...
Pattern matching is one of the central and most widely studied problem in theoretical computer scien...
We survey the current techniques to cope with the problem of string matching that allows errors. Thi...
Abslract- DNA matching is an important key to understanding genomes, evolution, relationships betwee...
Local alignment of DNA sequences is a common problem in biological computing, with many known soluti...
The threshold all-against-all problem in approximate string matching has important applications in b...
We consider the problem of on-line exact string matching of a pattern in a set of highly similar seq...
International audienceWith the advent of high-throughput sequencing technologies there are more and ...
A new algorithm is presented which takes advantage of the statistical distribution of characters wit...
Graduation date: 1993As the volume of genetic sequence data increases due to improved sequencing\ud ...
Exact string matching algorithms involve finding all occurrences of a pattern Pin a text T. These al...
In this paper, we consider the pattern matching problem in DNA and RNA sequences where either the pa...
[[abstract]]In this paper, a novel algorithm for approximate pattern matching fom multiple DNA or am...
In the molecular biology, it is said that two biological sequences tend to have similar properties i...
Pattern matching algorithm plays a vital role for searching and analyzing patterns in computational ...
Bioinformatics is the most studied field of computer science. It deals with computer science, biolog...
Pattern matching is one of the central and most widely studied problem in theoretical computer scien...
We survey the current techniques to cope with the problem of string matching that allows errors. Thi...
Abslract- DNA matching is an important key to understanding genomes, evolution, relationships betwee...
Local alignment of DNA sequences is a common problem in biological computing, with many known soluti...
The threshold all-against-all problem in approximate string matching has important applications in b...