Network steganography application for remote biometrie user authentication

Liashenko, Galyna; Astrakhantsev, Andrii; Chernikova, Valeriia

doi:10.1109/dessert.2018.8409153

Cited by 5 publications

(2 citation statements)

References 9 publications

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“…When using authentication based on iris biometric template as the fabric used «trabecular meshwork», which makes visible to divide the iris radial sectors. The recognition process on the iris of the eye combines several stages: the eye image processing, filtering, iris code generation [5].…”

Section: Fig1 сOmparison Of Biometric Authentication Methods Based Omentioning

confidence: 99%

Noise Resistance of Remote Authentication via Lte Network

Astrakhantsev

Liashenko

Shcherbak

2020

Information and Telecommunication Sciences

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Section: Fig1 сOmparison Of Biometric Authentication Methods Based Omentioning

confidence: 99%

Noise Resistance of Remote Authentication via Lte Network

Astrakhantsev

Liashenko

Shcherbak

2020

Information and Telecommunication Sciences

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“…Як показано у праці [11], для задач мережевої автентифікації найкращі показники забезпечують такі методи мережевої стеганографії: HICCUPS (0,21); TranSteg, LACK (0,18); RSTEG (0,15) та SCTP (0,12), де в дужках наведено значення векторів пріоритету.…”

Section: застосування методів стеганографії для підвищення захищеност...unclassified

Data protection management process during remote biometric authentication

Astrakhantsev¹,

Liashenko²

2022

SRIT

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Remote biometric authentication systems have recently become widespread due to the need to use common devices and make payments over the Internet. Because biometric methods are more user-friendly and now quickly replace passwords, the task of transmitting biometric information over an open network without compromising it is becoming urgent. This work aims to upgrade the remote authentication system to increase the secrecy and security of user biometric data. In order to achieve this goal, it is proposed to use the best security methods for forming biometric templates, network steganography to increase secrecy, and the introduction of an intelligent decision-making system. These improvements will increase the security and privacy of data during the remote authentication process.

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