AbstractMany applications have a need for indexing unstructured data. It turns out that a similar ad-hoc method is being used in many of them – that of considering small particles of the data.In this paper we formalize this concept as a tiling problem and consider the efficiency of dealing with this model in the pattern matching setting.We present an efficient algorithm for the one-dimensional tiling problem, and the one-dimensional tiled pattern matching problem. We prove the two-dimensional problem is hard and then develop an approximation algorithm with an approximation ratio converging to 2. We show that other two-dimensional versions of the problem are also hard, regardless of the number of neighbors a tile has
AbstractWe consider the complexity of problems related to two-dimensional texts (2D-texts) described...
AbstractWe present a new and more rigorous analysis of the two algorithms for two-dimensional approx...
AbstractIndexing methods for the approximate string matching problem spend a considerable effort gen...
AbstractMany applications have a need for indexing unstructured data. It turns out that a similar ad...
Indexing methods for the approximate string matching problem spend a consider-able effort generating...
AbstractGiven a pattern string P and a text string T, the one-dimensional real-scale pattern matchin...
AbstractIn many pattern matching applications the text has some properties attached to its various p...
AbstractWe present new and faster algorithms to search for a two-dimensional pattern in a two-dimens...
We present new and faster algorithms to search for a two-dimensional pattern in a two-dimensional te...
[[abstract]]In this paper, we study the following three variants of the classical text indexing prob...
AbstractLet T be a text of length n and P be a pattern of length m, both strings over a fixed finite...
AbstractWe give an alphabet-independent optimal parallel algorithm for the searching phase of three-...
This paper revisits the problem of indexing a text S[1.,n] to support searching substrings in S that...
Abstract. A tiling of a matrix is an exact cover of its elements by a set of row frag-ments, called ...
AbstractSimplified versions of Kedem–Landau–Palem algorithms for parallel one-dimensional and two-di...
AbstractWe consider the complexity of problems related to two-dimensional texts (2D-texts) described...
AbstractWe present a new and more rigorous analysis of the two algorithms for two-dimensional approx...
AbstractIndexing methods for the approximate string matching problem spend a considerable effort gen...
AbstractMany applications have a need for indexing unstructured data. It turns out that a similar ad...
Indexing methods for the approximate string matching problem spend a consider-able effort generating...
AbstractGiven a pattern string P and a text string T, the one-dimensional real-scale pattern matchin...
AbstractIn many pattern matching applications the text has some properties attached to its various p...
AbstractWe present new and faster algorithms to search for a two-dimensional pattern in a two-dimens...
We present new and faster algorithms to search for a two-dimensional pattern in a two-dimensional te...
[[abstract]]In this paper, we study the following three variants of the classical text indexing prob...
AbstractLet T be a text of length n and P be a pattern of length m, both strings over a fixed finite...
AbstractWe give an alphabet-independent optimal parallel algorithm for the searching phase of three-...
This paper revisits the problem of indexing a text S[1.,n] to support searching substrings in S that...
Abstract. A tiling of a matrix is an exact cover of its elements by a set of row frag-ments, called ...
AbstractSimplified versions of Kedem–Landau–Palem algorithms for parallel one-dimensional and two-di...
AbstractWe consider the complexity of problems related to two-dimensional texts (2D-texts) described...
AbstractWe present a new and more rigorous analysis of the two algorithms for two-dimensional approx...
AbstractIndexing methods for the approximate string matching problem spend a considerable effort gen...