Design of cancelable MCC-based fingerprint templates using Dyno-key model
作者：
Highlights：
• MCC-based fingerprint templates are protected and equipped with revocability, unlinkability and diversity.
• The proposed Dyno-key model dynamically extracts MCC’s cell values and performs block-based logic operations.
• The Dyno-key model yields cancelable fingerprint templates while preserving MCC’s recognition accuracy.
• The Dyno-key model significantly enhances the security of the MCC representation.
• The proposed cancelable MCC-based templates show competitive performance.
摘要
•MCC-based fingerprint templates are protected and equipped with revocability, unlinkability and diversity.•The proposed Dyno-key model dynamically extracts MCC’s cell values and performs block-based logic operations.•The Dyno-key model yields cancelable fingerprint templates while preserving MCC’s recognition accuracy.•The Dyno-key model significantly enhances the security of the MCC representation.•The proposed cancelable MCC-based templates show competitive performance.
论文关键词：Cancelable biometrics,Minutia cylinder code,Cancelable fingerprint templates,Biometric template protection,Alignment-free
论文评审过程：Received 22 August 2020, Revised 24 May 2021, Accepted 29 May 2021, Available online 6 June 2021, Version of Record 21 June 2021.
论文官网地址：https://doi.org/10.1016/j.patcog.2021.108074
