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We compared the execution times of our algorithm with the linear time suffix array construction algorithm proposed by K¨arkk¨ainen and Sanders [10], and non- linear algorithm of

In theory, we observe that the time complexity can be reduced to O (n 2 /M) log(2 + (log / log log n)) by plugging in the rank data structure of Belazzougui and Navarro [3].

Therefore, in the rest of the analysis, positive evidence for direct computation will only come from stress or vowel shifts and positive evidence for computation by reference will

To compare the execution time with a recreating from scratch approach, we took three different suffix array creation algorithms: the linear time one proposed by K¨arkk¨ainen and

Greenstein (2010: 29) argues that “formative assessment is a systematic way for teachers and students to gather evidence of learning, engage students in

Numeric abstract domains [CH78b, CLM + 14] can discover complex numeric relations on program variables, compute precise invariants on array subscripts, and verify the ab- sence

Results: Our contribution in this article is twofold: first, we bridge this unpleasant gap by presenting an O ( n ) -time and O ( n ) -space algorithm for computing all minimal

The characteristics for the five most repeated prokaryote genomes are pre- sented in Table 1. These short genome sequences have been extensively studied and are well known