most citedInferring an Indeterminate String from a Prefix Graph

7 citations · 11 across the 5 of their papers we have counts for

collaborators

6 papers

cs.DS2015★ 2 cited

String Comparison in -Order: New Lexicographic Properties & On-line Applications

Ali Alatabbi, Jacqueline W. Daykin, M. Sohel Rahman +1

-order is a global order on strings related to Unique Maximal Factorization Families (UMFFs), which are themselves generalizations of Lyndon words. -order has recently been p…

cs.DS2015★ 1 cited

Linear Algorithms for Computing the Lyndon Border Array and the Lyndon Suffix Array

Ali Alatabbi, Jacqueline W. Daykin, M. Sohel Rahman

We consider the problem of finding repetitive structures and inherent patterns in a given string $\s{s}$ of length over a finite totally ordered alphabet. A border $\s{u}$ of a…

cs.DS2015★ 1 cited

Enhanced Covers of Regular & Indeterminate Strings using Prefix Tables

Ali Alatabbi, A. S. Sohidull Islam, M. Sohel Rahman +2

A \itbf{cover} of a string is a proper substring of such that can be constructed from possibly overlapping instances of . A recent paper \cite{FIKPPST1…

cs.DS2015

Algorithms for Longest Common Abelian Factors

Ali Alatabbi, Costas S. Iliopoulos, Alessio Langiu +1

In this paper we consider the problem of computing the longest common abelian factor (LCAF) between two given strings. We present a simple time algorithm, where is…

cs.DS2015★ 7 cited

Inferring an Indeterminate String from a Prefix Graph

Ali Alatabbi, M. Sohel Rahman, W. F. Smyth

An \itbf{indeterminate string} (or, more simply, just a \itbf{string}) $\s{x} = \s{x}[1..n]$ on an alphabet is a sequence of nonempty subsets of . We say that $\s{x}[i_1]$ a…

cs.DS2014

Computing Covers Using Prefix Tables

Ali Alatabbi, M. Sohel Rahman, W. F. Smyth

An \emph{indeterminate string} on an alphabet is a sequence of nonempty subsets of ; is said to be \emph{regular} if every subset is of size one. A proper…