A 3D Mask Presentation Attack Detection Method Based on Polarization Medium Wave Infrared Imaging

Sun, Pengcheng; Zeng, Dan; Li, Xiaoyan; Yang, Lin; Li, Liyuan; Chen, Zhouxia; Chen, Fansheng

doi:10.3390/sym12030376

Cited by 6 publications

(4 citation statements)

References 29 publications

(32 reference statements)

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“…6. Разработанные способы обнаружения подделок можно разделить на две основные категории: обработка видимого диапазона, обработка инфракрасного диапазона [87].…”

Section: The Main Task Of the Research Is To Analyze The Vulnerabilit...unclassified

Comparative Analysis of Vulnerabilities in Biometric Face Recognition Systems

Dorofeev¹

2022

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В статье рассматриваются современные подходы к решению задачи распознавания лиц, построению биометрических систем идентификации по лицам, а также основные проблемы и уязвимости подобных систем. Особое внимание уделено вопросам безопасности, а также проблемам, связанным с атаками на такие системы: использование подделок, распечатанных фотографий и масок, визуализированных и сгенерированных двумерных и трёхмерных изображений и видео лиц. Рассмотрены современные подходы к решению таких проблем, к противодействию подобным атакам. Также рассмотрены правовые аспекты, приведены законы, регулирующие обработку биометрических данных граждан РФ, и оценены риски атак на биометрические системы.Основная задача исследования -провести анализ уязвимостей биометрических систем распознавания лиц и указать основные способы устранения этих уязвимостей.

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Section: The Main Task Of the Research Is To Analyze The Vulnerabilit...unclassified

Comparative Analysis of Vulnerabilities in Biometric Face Recognition Systems

Dorofeev¹

2022

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“…There are some studies on this subject in the literature. Sun et al [ 17 ] have proposed a method to solve the problem of 3D silicone mask presentation attacks by employing polarization MWIR imaging. The method uses a polarization MWIR imaging system to capture a set of data without the need for visible or NIR light sources.…”

Section: Introductionmentioning

confidence: 99%

Computer-Aided Simulation Using Finite Element Analysis of Protect Against to Coronavirus (COVID-19) of Custom-Made New Mask Design

Gök

Selçuk

Gök

2021

Trans Indian Inst Met

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The Covid-19 virus has been recognized by the World Health Organization to be creating Pandemic worldwide. It has been determined that the virus spreads very quickly and has a fatal risk in people with chronic disease. As the virus vaccine and medications to be used for treatment are not fully developed, alternative ways to protect human being from the virus are being investigated. In this study, a custom-made mask design was developed to prevent infection of the virus and computer-aided simulations were performed. Three-dimensional model of the custom-made face mask was created with the SolidWorks software. The analyses were performed using Ansys Workbench Explicit Dynamics module. The load, boundary conditions and material were defined in the Ansys Workbench. As a result of the simulations, it has been determined that custom-made designed masks have a much lower risk of virus infection than conventional masks.

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“…[5][6][7][8][9][10][11] There are some studies on this subject in the literature. Sun et al, 12 proposed a method to solve the problem of 3 D silicone mask presentation attacks by employing polarization MWIR imaging. The method uses a polarization MWIR imaging system to capture a set of data without the need for visible or NIR light sources.…”

Section: Introductionmentioning

confidence: 99%

Investigation of the use of silicone pads to reduce the effects on the human face of classical face masks used to prevent from COVID-19 and other infections

Gök

2021

Proceedings of the Institution of Mechanical Engineers, Part E:

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Viruses spreads very quickly and has a fatal risk in people with chronic disease. As the virus vaccine and medications to be used for treatment are not fully developed, alternative ways to protect it from the virus are being investigated. In this study, the effects of a classical face mask on human face were investigated and computer-aided analyses were performed. Three-dimensional model of the classical face mask was performed with the SolidWorks software. The analyses were performed using AnsysWorkbench Static Structural module. The load, boundary conditions and material were defined in the AnsysWorkbench. As a result of the analyses, it has been determined that classical masks influence human face. The classical masks have a negative effective in terms of irritation on the human face. The occurred stresses cause irritation on one's skin. The use of silicone pads has been shown to reduce these effects. It was proved by this study that silicon pads can be used as an alternative method to reduce these stresses. In the future, it is planned to conduct studies investigating mask materials that do not irritate the human face.

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A 3D Mask Presentation Attack Detection Method Based on Polarization Medium Wave Infrared Imaging

Cited by 6 publications

References 29 publications

Comparative Analysis of Vulnerabilities in Biometric Face Recognition Systems

Comparative Analysis of Vulnerabilities in Biometric Face Recognition Systems

Computer-Aided Simulation Using Finite Element Analysis of Protect Against to Coronavirus (COVID-19) of Custom-Made New Mask Design

Investigation of the use of silicone pads to reduce the effects on the human face of classical face masks used to prevent from COVID-19 and other infections

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