This research presents inverted lists as a new data structure for the dynamic dictionary matching algorithm. The inverted lists structure, which derives from the inverted index, is implemented by the perfect hashing table. The dictionary is constructed in optimal time and the individual patterns can be updated in minimal time. The searching phase scans the given text in a single pass, even in a worst case scenario. In experimental results, the inverted lists used less time and space than the traditional structures; the searches were processed and showed an efficient linear time
Let T be a string with n characters over an alphabet of constant size. A recent breakthrough on comp...
With the proliferation of the world's ``information highways'' a renewed interest in efficient docum...
We present a simple and efficient dictionary with worst case constant lookup time, equaling the theo...
AbstractIn the dynamic dictionary matching problem, a dictionary D contains a set of patterns that c...
AbstractAmir and Farach (1991) and Amir et al. (to appear) recently initiated the study of the dynam...
We consider the dynamic dictionary matching problem. We are given a set of pattern strings (the dict...
[[abstract]]In this paper we revisit the dynamic dictionary matching problem, which asks for an inde...
Recent breakthrough in compressed indexing data structures has reduced the space for indexing a text...
This paper proposes a new solution to string matching problem. This solution constructs an inverted ...
Two equal-length strings S and S\u27 are a parameterized-match (p-match) iff there exists a one-to-o...
For free-text search over rapidly evolving corpora, dynamic update of inverted indices is a basic re...
The dynamic dictionary problem is considered: provide an algorithm for storing a dynamic set, allowi...
The talk is about a dictionary data structure D for matching multiple pat-tern. If the input alphabe...
AbstractIn thedynamic dictionary matchingproblem, a dictionaryDcontains a set of patterns that can c...
Two equal-length strings S and S′ are a parameterized-match (p-match) iff there exists a one-to-one ...
Let T be a string with n characters over an alphabet of constant size. A recent breakthrough on comp...
With the proliferation of the world's ``information highways'' a renewed interest in efficient docum...
We present a simple and efficient dictionary with worst case constant lookup time, equaling the theo...
AbstractIn the dynamic dictionary matching problem, a dictionary D contains a set of patterns that c...
AbstractAmir and Farach (1991) and Amir et al. (to appear) recently initiated the study of the dynam...
We consider the dynamic dictionary matching problem. We are given a set of pattern strings (the dict...
[[abstract]]In this paper we revisit the dynamic dictionary matching problem, which asks for an inde...
Recent breakthrough in compressed indexing data structures has reduced the space for indexing a text...
This paper proposes a new solution to string matching problem. This solution constructs an inverted ...
Two equal-length strings S and S\u27 are a parameterized-match (p-match) iff there exists a one-to-o...
For free-text search over rapidly evolving corpora, dynamic update of inverted indices is a basic re...
The dynamic dictionary problem is considered: provide an algorithm for storing a dynamic set, allowi...
The talk is about a dictionary data structure D for matching multiple pat-tern. If the input alphabe...
AbstractIn thedynamic dictionary matchingproblem, a dictionaryDcontains a set of patterns that can c...
Two equal-length strings S and S′ are a parameterized-match (p-match) iff there exists a one-to-one ...
Let T be a string with n characters over an alphabet of constant size. A recent breakthrough on comp...
With the proliferation of the world's ``information highways'' a renewed interest in efficient docum...
We present a simple and efficient dictionary with worst case constant lookup time, equaling the theo...