Improving Chaotic Cryptographic Primitives Based On Map’s Complexity And Period Length Of The Chaotic Maps

Peta camuk berkentuan menghasilkan ciri-ciri seperti determinisme, ergodisiti, perlakuan seperti rawak, ketidaklineran, aperiodisiti, entropi yang tinggi, imbangan, ketak kemerostan, korelasi maklumat yang amat rendah, dan kepekaan/kesensitifan yang amat tinggi terhadap perubahan yang amat kecil...

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Main Author: Masoumi, Amir Akhavan
Format: Thesis
Language:English
Published: 2015
Subjects:
Online Access:http://eprints.usm.my/31377/
Abstract Abstract here
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author Masoumi, Amir Akhavan
author_facet Masoumi, Amir Akhavan
author_sort Masoumi, Amir Akhavan
description Peta camuk berkentuan menghasilkan ciri-ciri seperti determinisme, ergodisiti, perlakuan seperti rawak, ketidaklineran, aperiodisiti, entropi yang tinggi, imbangan, ketak kemerostan, korelasi maklumat yang amat rendah, dan kepekaan/kesensitifan yang amat tinggi terhadap perubahan yang amat kecil daripada keadaan awal dan parameter kawalan. Deterministic chaotic maps possess profound characteristics such as determinism, ergodicity, random-like behavior, nonlinearity, aperiodicity, high entropy, balance, nondegeneracy, incredibly low correlation of information and extreme sensitivity to very small changes of the initial condition and control-parameters.
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spelling usm-313772019-04-12T05:25:41Z http://eprints.usm.my/31377/ Improving Chaotic Cryptographic Primitives Based On Map’s Complexity And Period Length Of The Chaotic Maps Masoumi, Amir Akhavan QA75.5-76.95 Electronic computers. Computer science Peta camuk berkentuan menghasilkan ciri-ciri seperti determinisme, ergodisiti, perlakuan seperti rawak, ketidaklineran, aperiodisiti, entropi yang tinggi, imbangan, ketak kemerostan, korelasi maklumat yang amat rendah, dan kepekaan/kesensitifan yang amat tinggi terhadap perubahan yang amat kecil daripada keadaan awal dan parameter kawalan. Deterministic chaotic maps possess profound characteristics such as determinism, ergodicity, random-like behavior, nonlinearity, aperiodicity, high entropy, balance, nondegeneracy, incredibly low correlation of information and extreme sensitivity to very small changes of the initial condition and control-parameters. 2015-08 Thesis NonPeerReviewed application/pdf en http://eprints.usm.my/31377/1/AMIR_AKHAVAN.pdf Masoumi, Amir Akhavan (2015) Improving Chaotic Cryptographic Primitives Based On Map’s Complexity And Period Length Of The Chaotic Maps. PhD thesis, Universiti Sains Malaysia.
spellingShingle QA75.5-76.95 Electronic computers. Computer science
Masoumi, Amir Akhavan
Improving Chaotic Cryptographic Primitives Based On Map’s Complexity And Period Length Of The Chaotic Maps
thesis_level PhD
title Improving Chaotic Cryptographic Primitives Based On Map’s Complexity And Period Length Of The Chaotic Maps
title_full Improving Chaotic Cryptographic Primitives Based On Map’s Complexity And Period Length Of The Chaotic Maps
title_fullStr Improving Chaotic Cryptographic Primitives Based On Map’s Complexity And Period Length Of The Chaotic Maps
title_full_unstemmed Improving Chaotic Cryptographic Primitives Based On Map’s Complexity And Period Length Of The Chaotic Maps
title_short Improving Chaotic Cryptographic Primitives Based On Map’s Complexity And Period Length Of The Chaotic Maps
title_sort improving chaotic cryptographic primitives based on map s complexity and period length of the chaotic maps
topic QA75.5-76.95 Electronic computers. Computer science
url http://eprints.usm.my/31377/
work_keys_str_mv AT masoumiamirakhavan improvingchaoticcryptographicprimitivesbasedonmapscomplexityandperiodlengthofthechaoticmaps