This thesis deals with the problem of approximate string matching, also called string matching allowing errors. The thesis targets the area of offline algorithms, which allows very fast pattern matching thanks to index created during initial text preprocessing phase. Initially, we will define the problem itself and demonstrate variety of its applications, followed by short survey of different approaches to cope with this problem. Several existing algorithms based on suffix trees will be explained in detail and new hybrid algorithm will be proposed. Algorithms wil be implemented in C programming language and thoroughly compared in series of experiments with focus on newly presented algorithm
AbstractWe introduce a new dimension to the widely studied on-line approximate string matching probl...
Ricardo Baeza-Yates Gonzalo Navarro Department of Computer Science University of Chile Blanco Encala...
Abstract. We present a new algorithm for on-line approximate string matching. The algorithm is based...
This thesis focuses on the problem of text retrieval allowing errors, also called \approximate "...
We survey the current techniques to cope with the problem of string matching that allows errors. Thi...
Abstract. We consider approximate pattern matching in natural language text. We use the words of the...
Approximate string matching is a basic and important concept in many applications of information ret...
We improve the fastest known algorithm for approximate string matching. This algorithm can only be u...
We present new algorithms for approximate string matching based in simple, but efficient, ideas. Fir...
In this thesis, we study approximate pattern matching problems. Our study is based on the Levenshtei...
AbstractAn approximate string-matching algorithm is described based on earlier attribute-matching al...
A key approach in string processing algorithmics has been the labeling paradigm [KMR72], which is ba...
This thesis deals with the problem of approximate string matching, ie. string matching allowing erro...
The present chapter describes a few standard algorithms used for processing texts. They apply, for.....
We study a recent algorithm for fast on-line approximate string matching. This is the problem of sea...
AbstractWe introduce a new dimension to the widely studied on-line approximate string matching probl...
Ricardo Baeza-Yates Gonzalo Navarro Department of Computer Science University of Chile Blanco Encala...
Abstract. We present a new algorithm for on-line approximate string matching. The algorithm is based...
This thesis focuses on the problem of text retrieval allowing errors, also called \approximate "...
We survey the current techniques to cope with the problem of string matching that allows errors. Thi...
Abstract. We consider approximate pattern matching in natural language text. We use the words of the...
Approximate string matching is a basic and important concept in many applications of information ret...
We improve the fastest known algorithm for approximate string matching. This algorithm can only be u...
We present new algorithms for approximate string matching based in simple, but efficient, ideas. Fir...
In this thesis, we study approximate pattern matching problems. Our study is based on the Levenshtei...
AbstractAn approximate string-matching algorithm is described based on earlier attribute-matching al...
A key approach in string processing algorithmics has been the labeling paradigm [KMR72], which is ba...
This thesis deals with the problem of approximate string matching, ie. string matching allowing erro...
The present chapter describes a few standard algorithms used for processing texts. They apply, for.....
We study a recent algorithm for fast on-line approximate string matching. This is the problem of sea...
AbstractWe introduce a new dimension to the widely studied on-line approximate string matching probl...
Ricardo Baeza-Yates Gonzalo Navarro Department of Computer Science University of Chile Blanco Encala...
Abstract. We present a new algorithm for on-line approximate string matching. The algorithm is based...