Abstract. When augmented with the longest common prefix (LCP) array and some other structures, the suffix array can solve many string processing problems in optimal time and space. A compressed represen-tation of the LCP array is also one of the main building blocks in many compressed suffix tree proposals. In this paper, we describe a new com-pressed LCP representation: the sampled LCP array. We show that when used with a compressed suffix array (CSA), the sampled LCP array often offers better time/space trade-offs than the existing alternatives. We also show how to construct the compressed representations of the LCP array directly from a CSA.
AbstractSuffix trees (STs) and suffix arrays are well known indices which demand too much space for ...
We show that the Longest Common Prefix Array of a text collection of total size n on alphabet [1, σ]...
Abstract. We present a fast space-efficient algorithm for constructing compressed suffix arrays (CSA...
When augmented with the longest common prefix (LCP) array and some other structures, the suffix arra...
Abstract. We prove that longest common prefix (LCP) information can be stored in much less space tha...
The suffix array, a space efficient alternative to the suffix tree, is an important data structure f...
The longest-common-prefix (LCP) array is an adjunct to the suffix array that allows many string proc...
The longest-common-prefix (LCP) array is an adjunct to the suffix array that allows many string proc...
The longest common prefix array is a very advantageous data structure that, combined with the suffix...
AbstractThe suffix tree data structure has been intensively described, studied and used in the eight...
Abstract—Suffix arrays and the corresponding longest com-mon prefix (LCP) array have wide applicatio...
The suffix array, perhaps the most important data structure in modern string processing, is often au...
The suffix array, perhaps the most important data structure in modern string processing, needs to be...
Suffix arrays encode the lexicographical order of all suffixes of a text and are often combined with...
AbstractSuffix trees (STs) and suffix arrays are well known indices which demand too much space for ...
We show that the Longest Common Prefix Array of a text collection of total size n on alphabet [1, σ]...
Abstract. We present a fast space-efficient algorithm for constructing compressed suffix arrays (CSA...
When augmented with the longest common prefix (LCP) array and some other structures, the suffix arra...
Abstract. We prove that longest common prefix (LCP) information can be stored in much less space tha...
The suffix array, a space efficient alternative to the suffix tree, is an important data structure f...
The longest-common-prefix (LCP) array is an adjunct to the suffix array that allows many string proc...
The longest-common-prefix (LCP) array is an adjunct to the suffix array that allows many string proc...
The longest common prefix array is a very advantageous data structure that, combined with the suffix...
AbstractThe suffix tree data structure has been intensively described, studied and used in the eight...
Abstract—Suffix arrays and the corresponding longest com-mon prefix (LCP) array have wide applicatio...
The suffix array, perhaps the most important data structure in modern string processing, is often au...
The suffix array, perhaps the most important data structure in modern string processing, needs to be...
Suffix arrays encode the lexicographical order of all suffixes of a text and are often combined with...
AbstractSuffix trees (STs) and suffix arrays are well known indices which demand too much space for ...
We show that the Longest Common Prefix Array of a text collection of total size n on alphabet [1, σ]...
Abstract. We present a fast space-efficient algorithm for constructing compressed suffix arrays (CSA...