ACM International Conference Proceeding Series, Pages 85-88 , 20/12/2019

Algorithm for palindrome detection by suffix heap

Surangkanang Charoenrak, Supaporn Chairungsee

Abstract

In this article, we present an efficient algorithm for linear-time suffix heap construction to use in detecting a pattern of palindrome, which can be applied in a field of bioinformatics for detecting a pattern that may denote a cancer cell. We used the concept of the Longest Previous reverse Factor (LPrF) table and suffix heap construction to develop the algorithm. From such, we obtained a new algorithm that demonstrates efficient time and space attributes for detecting all reverse substrings in a string. The palindrome detection algorithm runs with high performance in data processing.

Document Type

Conference Paper

Source Type

Conference Proceeding

ISBN

[9781450376631]

ISSN

Keywords

Longest previous reverse factorPalindromeReverse substringSuffix heap construction

ASJC Subject Area

Computer Science : SoftwareComputer Science : Computer Networks and CommunicationsComputer Science : Human-Computer InteractionComputer Science : Computer Vision and Pattern Recognition


Bibliography


Charoenrak, S., & Chairungsee, S. (2019). Algorithm for palindrome detection by suffix heap. ACM International Conference Proceeding Series85-88. doi:10.1145/3377170.3377202

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