Details Details PDF BIBTEX RIS Title Compact and hash based variants of the suffix array Journal title Bulletin of the Polish Academy of Sciences Technical Sciences Yearbook 2017 Volume 65 Issue No 4 Authors Grabowski, S. ; Raniszewski, M. Divisions of PAS Nauki Techniczne Coverage 407-418 Date 2017 Identifier DOI: 10.1515/bpasts-2017-0046 ; ISSN 2300-1917 Source Bulletin of the Polish Academy of Sciences: Technical Sciences; 2017; 65; No 4; 407-418 References Manber (1990), Suffix arrays new method for on - line string searches st Discrete SODA, Annual SIAM Algorithms, 1. ; Schlegel (2009), ary search on modern processors th Workshop on New Hardware, Int Data Management, 27, 52. ; Moffat (2016), String search experimentation using massive data Philosophical Transactions of the of Mathematical Physical and, Royal Society Engineering Sciences, 29, 372. ; Petri (2014), Optimized succinct data structures for massive data, Soft, 44, 1. ; Kärkkäinen (1995), Suffix cactus cross between suffix tree and suffix array th, Int Combinatorial Pattern Matching, 13, 191. ; Cole (2006), Suffix trays and suffix trists : Structures for faster text indexing th Automata and Part, Int Languages Programming, 16, 358. ; Ferragina (2009), Compressed text indexes From theory to practice, null, 21, 1. ; Weiner (1973), Linear pattern matching algorithm th Switching and Automata Theory, Annual IEEE, 14, 1. ; Navarro (2007), Compressed full text indexes Article, Comput Surv, 39. ; Ferragina (2000), Opportunistic data structures with applications th Foundations of, IEEE Annual Computer Science, 20, 390. ; González (2014), Locally compressed suffix arrays Article, null, 23, 1. ; Botelho (2008), Near - Optimal Space Perfect Hashing Ph Federal University of Department of Horizonte, Algorithms Computer Science, 26. ; Kärkkäinen (2003), Simple linear work suffix array construction th Automata and, Int Languages Programming, 11, 943. ; Moffat (2013), Adding compression and blended search to a compact two - level suffix array th String Processing SPIRE, Int Information Retrieval, 24, 141. ; Sadakane (2002), Succinct representations of lcp information and improvements in the compressed suffix arrays th Discrete SODA, Annual SIAM Algorithms, 19, 225. ; Mäkinen (2000), Compact suffix array th, Int Combinatorial Pattern Matching, 11, 305. ; Mäkinen (2003), Compact suffix array a space - efficient full - text index Fund, Inform, 1. ; Grossi (2000), Compressed suffix arrays and suffix trees with applications to text indexing and string matching nd Theory of, Computing, 18, 397. ; Abouelhoda (2002), The enhanced suffix array and its applications to genome analysis nd Workshop Algorithms in, Int Bioinformatics WABI, 14, 449. ; González (2007), Compressed text indexes with fast locate th, Int Combinatorial Pattern Matching, 22, 216. ; Fischer (null), Alphabet - dependent string searching with wexponential search trees th, Int Combinatorial Pattern Matching, 17, 2015. ; Khuong (1509), Array layouts for comparison - based searching abs, null, 28, 05053. ; Kärkkäinen (2011), Fixed block compression boosting in indexes th String Processing SPIRE, Int Information Retrieval, 18, 174. ; Kurtz (2000), Space efficient linear time computation of the transformation In Kluwer Academic Publishers, Information Complexity, 375. ; Raman (2002), Succinct indexable dictionaries with applications to encodingk - ary trees and multisets th Discrete SODA, Annual SIAM Algorithms, 30, 233.