Methods for Increasing the Power of Multi-position Noise-resistant Codes

An improved method for quickly finding such interference-resistant code sequences that are capable of finding and correcting errors according to the length of the resulting code sequence is considered. The methods make it possible to create coding systems with improved quality indicators in terms of...

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Bibliographic Details
Main Authors: Riznyk, Oleg, Tsmots, Ivan, Kynash, Yurii, Myaus, Olga
Format: Conference Proceeding
Language:English
Subjects:
Codes
Conferences
Distortion
Encoding
ideal ring bundle
Information management
mirror code sequence
multi-position noise-resistant code
non-equidistant code sequence
Reliability
Structural rings
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Summary:An improved method for quickly finding such interference-resistant code sequences that are capable of finding and correcting errors according to the length of the resulting code sequence is considered. The methods make it possible to create coding systems with improved quality indicators in terms of power and noise immunity. The proposed noise-correcting sequences have practical value, since with the help of the obtained code sequence is quite simple and fast to _nd (up to 50%) and correct (up to 25%) distorted characters (of the length of the noise-correcting code sequence).
ISSN:2766-3639
DOI:10.1109/CSIT52700.2021.9648576