We introduce a new family of string processing problems. Given two or more strings, we are asked to compute a factor common to all strings that preserves a specific property and has maximal length. We consider three fundamental string properties: square-free factors, periodic factors, and palindromic factors under three different settings, one per property. In the first setting, we are given a string x and we are asked to construct a data structure over x answering the following type of online queries: given a string y, find a longest square-free factor common to x and y. In the second setting, we are given k strings and an integer 1
Longest property-preserved common factor: A new string-processing framework / L.A.K. Ayad, G. Bernardini, R. Grossi, C.S. Iliopoulos, N. Pisanti, S.P. Pissis, G. Rosone. - In: THEORETICAL COMPUTER SCIENCE. - ISSN 0304-3975. - 812:(2020), pp. 244-251. [10.1016/j.tcs.2020.02.012]
Longest property-preserved common factor: A new string-processing framework
G. BernardiniSecondo
;
2020
Abstract
We introduce a new family of string processing problems. Given two or more strings, we are asked to compute a factor common to all strings that preserves a specific property and has maximal length. We consider three fundamental string properties: square-free factors, periodic factors, and palindromic factors under three different settings, one per property. In the first setting, we are given a string x and we are asked to construct a data structure over x answering the following type of online queries: given a string y, find a longest square-free factor common to x and y. In the second setting, we are given k strings and an integer 1| File | Dimensione | Formato | |
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