Titlebook: Construction of Fundamental Data Structures for Strings; Felipe A. Louza,Simon Gog,Guilherme P. Telles Book 2020 The Author(s), under excl

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脆弱么

Control-Group

Construction of Fundamental Data Structures for Strings978-3-030-55108-7Series ISSN 2191-5768 Series E-ISSN 2191-5776

Mangle

Angioplasty

,Von Identit?ten, die keinen Sinn machen,ications as building blocks of strategies that process text datasets efficiently. This chapter introduces ., a central problem in string processing. We also present other related problems and some data structures that were developed for their solution.

HALO

Es sitzt ein Kind unter meinem Tisch,sed. To date, the fastest alternatives to compute the suffix array are based on the induced sorting technique. In this chapter, we present a brief history of suffix sorting, we review important induced sorting algorithms, and we detail algorithms . (Nong et al., 2011) and . (Nong, 2013), which are t

HALO

Thorsten Halling,Julia Sch?fer,J?rg V?geleographic order. The LCP array is commonly combined with the suffix array to speed up algorithms. In this chapter we present a variant of the suffix sorting algorithm . (Nong, 2013) that also computes the LCP array. This augmented algorithm, called . (Louza et al., 2017b), runs in .(.) time using 4.?

Arteriography

Sylvia Kesper-Biermann,Esteban Mauerercument each suffix in the lexicographic order belongs. There exist algorithms to compute the document array in linear time from an existing suffix array, or alternatively, during suffix array construction. In this chapter we present algorithms g. and g. (Louza et al., 2017) that construct the suffix

館長(zhǎng)

機(jī)警

Felipe A. Louza,Simon Gog,Guilherme P. TellesThis book features numerous examples, including graphic explanations of sophisticated algorithms that provide a clearer understanding of the main algorithmic ideas for readers interested in the topic