MODULAR SYSTOLIC DIGITAL SIGNAL PROCESSOR WITH RECONFIGURING THE STRUCTURE

Computational systolic model for orthogonal signal transformation in extended Galois GF(pv) fields based on polynomial system of residue classes is examined. Modular codes' ability to increase fault-tolerant characteristics is proven.

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Main Authors: Igor Anatol’evich Kalmykov, Artem Bronislavovich Sarkisov, Ekaterina Mihaylovna Yakovleva, Maksim Igorevich Kalmikov
Format: Article
Language:Russian
Published: North Caucasus Federal University 2022-05-01
Series:Вестник Северо-Кавказского федерального университета
Subjects:
Online Access:https://vestnikskfu.elpub.ru/jour/article/view/1849
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author Igor Anatol’evich Kalmykov
Artem Bronislavovich Sarkisov
Ekaterina Mihaylovna Yakovleva
Maksim Igorevich Kalmikov
author_facet Igor Anatol’evich Kalmykov
Artem Bronislavovich Sarkisov
Ekaterina Mihaylovna Yakovleva
Maksim Igorevich Kalmikov
author_sort Igor Anatol’evich Kalmykov
collection DOAJ
description Computational systolic model for orthogonal signal transformation in extended Galois GF(pv) fields based on polynomial system of residue classes is examined. Modular codes' ability to increase fault-tolerant characteristics is proven.
format Article
id doaj-art-00deb0c8780445a4939740d535ffeff8
institution DOAJ
issn 2307-907X
language Russian
publishDate 2022-05-01
publisher North Caucasus Federal University
record_format Article
series Вестник Северо-Кавказского федерального университета
spelling doaj-art-00deb0c8780445a4939740d535ffeff82025-08-20T02:54:07ZrusNorth Caucasus Federal UniversityВестник Северо-Кавказского федерального университета2307-907X2022-05-010230351847MODULAR SYSTOLIC DIGITAL SIGNAL PROCESSOR WITH RECONFIGURING THE STRUCTUREIgor Anatol’evich Kalmykov0Artem Bronislavovich Sarkisov1Ekaterina Mihaylovna Yakovleva2Maksim Igorevich Kalmikov3NCFUNCFUNCFUNCFUComputational systolic model for orthogonal signal transformation in extended Galois GF(pv) fields based on polynomial system of residue classes is examined. Modular codes' ability to increase fault-tolerant characteristics is proven.https://vestnikskfu.elpub.ru/jour/article/view/1849полиномиальная система классов вычетовмодулярные кодыотказоустойчивостьцифровая обработка сигналоврolynomial system of residue classesmodular codesfault-tolerantdigital signal processing
spellingShingle Igor Anatol’evich Kalmykov
Artem Bronislavovich Sarkisov
Ekaterina Mihaylovna Yakovleva
Maksim Igorevich Kalmikov
MODULAR SYSTOLIC DIGITAL SIGNAL PROCESSOR WITH RECONFIGURING THE STRUCTURE
Вестник Северо-Кавказского федерального университета
полиномиальная система классов вычетов
модулярные коды
отказоустойчивость
цифровая обработка сигналов
рolynomial system of residue classes
modular codes
fault-tolerant
digital signal processing
title MODULAR SYSTOLIC DIGITAL SIGNAL PROCESSOR WITH RECONFIGURING THE STRUCTURE
title_full MODULAR SYSTOLIC DIGITAL SIGNAL PROCESSOR WITH RECONFIGURING THE STRUCTURE
title_fullStr MODULAR SYSTOLIC DIGITAL SIGNAL PROCESSOR WITH RECONFIGURING THE STRUCTURE
title_full_unstemmed MODULAR SYSTOLIC DIGITAL SIGNAL PROCESSOR WITH RECONFIGURING THE STRUCTURE
title_short MODULAR SYSTOLIC DIGITAL SIGNAL PROCESSOR WITH RECONFIGURING THE STRUCTURE
title_sort modular systolic digital signal processor with reconfiguring the structure
topic полиномиальная система классов вычетов
модулярные коды
отказоустойчивость
цифровая обработка сигналов
рolynomial system of residue classes
modular codes
fault-tolerant
digital signal processing
url https://vestnikskfu.elpub.ru/jour/article/view/1849
work_keys_str_mv AT igoranatolevichkalmykov modularsystolicdigitalsignalprocessorwithreconfiguringthestructure
AT artembronislavovichsarkisov modularsystolicdigitalsignalprocessorwithreconfiguringthestructure
AT ekaterinamihaylovnayakovleva modularsystolicdigitalsignalprocessorwithreconfiguringthestructure
AT maksimigorevichkalmikov modularsystolicdigitalsignalprocessorwithreconfiguringthestructure