A Novel Approach for Improving Dynamic Biometric Authentication and Verification of Human Using Eye Blinking Movement

Abstract

Biometric authentication is used in Smart devices to lock and unlock devices instead of a PIN. However, using devices in uncontrolled environments is highly susceptible to spoofing by replay attacks. As an example of biometrics is a static face authentication, attackers use face images of spoofed persons to unlock devices, which leads to insecure operations and lack of confidential information without the owner’s knowledge. We have proposed a novel dynamic biometric authentication system (DBAS) based on capturing person eye-blinking movements of a person in addition to face authentication instead of using static face authentication. Proposed DBAS take a sequence of using images as input by asking the user to follow an eye-blink sequence. Then proposed DBAS unlock the mobile devices based on the correct eye-blink sequence made by the person. The test results show that our method is effective and robust for the screen unlocks on smart devices with 98.4% accuracy.

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Correspondence to Ayman Elshenawy.

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Saied, M., Elshenawy, A. & Ezz, M.M. A Novel Approach for Improving Dynamic Biometric Authentication and Verification of Human Using Eye Blinking Movement. Wireless Pers Commun (2020). https://doi.org/10.1007/s11277-020-07601-x

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Keywords

  • Face recognition
  • Classification of open and closed eyes
  • Spoofing
  • Presentation attack detection
  • Authentication