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Information × Registration Number 0214U002864, 0112U001365 , R & D reports Title Development of a method based on accelerated authentication recurrent sequences and their means of implementation popup.stage_title Head Royik Alexander, Registration Date 30-01-2014 Organization Vinnitsa National Technical University popup.description2 Research object - authentication information recurrent sequence. Purpose of the study - speed computing performance with authentication based on recurrent poslidovnostey.Metoyu work is to accelerate the authentication information while ensuring a sufficient level of reliability by developing a method of authentication based on recurrent sequences and algorithm and software for its authentication method realizatsiyi.Zaproponovano party interaction based the properties and recurrent sequences. As compared with known methods Feige-Fiat-Shamir, Hill Kiskatra and Shnorra this method has a simpler procedure set the parameters and about half the computational complexity. In addition, the well-known methods, other than transmission parameters directly in the authentication must be performed three stages of information transfer, while in the present method, only two. The proposed method in terms of theoretical reliability is stable. To speed up the computation of authentication developed software package implementing an authentication method based on party interaction elements - sequences as a set of modules that perform specific computational procedures, and are the features of its software implementation and recommendations on the choice of parameters to simplify the computation of cryptographic transformations in it. A specialized processors that implement the authentication method represented by each party interaction. Studies designed processors showed that the work developed specialized processors authentication may be ten times less than the processors that implement known methods. The project was developed authentication method based on recurrent sequences and algorithm and hardware-software implementation. The proposed method provides a simplification of calculations in comparison with known methods while providing a sufficient level of reliability. Product Description popup.authors Безпалий Кирило Валерійович Карпінець Василь Васильович Кец Дмитро Олександрович Лєбєдєва Галина Олександрівна Присяжний Дмитро Петрович Роїк Олександр МСитрофанович Яремчук Юрій Євгенович popup.nrat_date 2020-04-02 Close