Recognizability assessment of facial images for automated teller machine applications

Crimes related to automated teller machines (ATMs) have increased as a result of the recent popularity in the devices. One of the most practical approaches for preventing such crimes is the installation of cameras in ATMs to capture the facial images of users for follow-up criminal investigations. H...

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Published inPattern recognition Vol. 45; no. 5; pp. 1899 - 1914
Main Authors Suhr, Jae Kyu, Eum, Sungmin, Jung, Ho Gi, Li, Gen, Kim, Gahyun, Kim, Jaihie
Format Journal Article
LanguageEnglish
Published Kidlington Elsevier Ltd 01.05.2012
Elsevier
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Online AccessGet full text
ISSN0031-3203
1873-5142
DOI10.1016/j.patcog.2011.11.014

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Abstract Crimes related to automated teller machines (ATMs) have increased as a result of the recent popularity in the devices. One of the most practical approaches for preventing such crimes is the installation of cameras in ATMs to capture the facial images of users for follow-up criminal investigations. However, this approach is vulnerable in cases where a criminal's face is occluded. Therefore, this paper proposes a system which assesses the recognizability of facial images of ATM users to determine whether their faces are severely occluded. The proposed system uses a component-based face candidate generation and verification approach to handle various facial postures and acceptable partial occlusions. Element techniques are implemented via grayscale image-based methods which are robust against illumination conditions compared to skin color detection approach. The system architecture for achieving both high performance and cost-efficiency is proposed to make the system applicable to practical ATM environments. In the experiment, the feasibility of the proposed system was evaluated using a large-scale facial occlusion database consisting of 3168 image sequences including 21 facial occlusions, 8 illumination conditions, and 2 acquisition scenarios. Based on the results, we drew up the guidelines of recognizability assessment systems for ATM applications. ▶ A novel recognizability assessment method of facial images for ATMs is proposed. ▶ A component-based face candidate generation and verification approach is utilized. ▶ An architecture for achieving high performance and cost-efficiency is suggested. ▶ This method can handle various facial occlusions, postures, and illuminations. ▶ Experimental results using a large-scale facial occlusion database are presented.
AbstractList Crimes related to automated teller machines (ATMs) have increased as a result of the recent popularity in the devices. One of the most practical approaches for preventing such crimes is the installation of cameras in ATMs to capture the facial images of users for follow-up criminal investigations. However, this approach is vulnerable in cases where a criminal's face is occluded. Therefore, this paper proposes a system which assesses the recognizability of facial images of ATM users to determine whether their faces are severely occluded. The proposed system uses a component-based face candidate generation and verification approach to handle various facial postures and acceptable partial occlusions. Element techniques are implemented via grayscale image-based methods which are robust against illumination conditions compared to skin color detection approach. The system architecture for achieving both high performance and cost-efficiency is proposed to make the system applicable to practical ATM environments. In the experiment, the feasibility of the proposed system was evaluated using a large-scale facial occlusion database consisting of 3168 image sequences including 21 facial occlusions, 8 illumination conditions, and 2 acquisition scenarios. Based on the results, we drew up the guidelines of recognizability assessment systems for ATM applications.
Crimes related to automated teller machines (ATMs) have increased as a result of the recent popularity in the devices. One of the most practical approaches for preventing such crimes is the installation of cameras in ATMs to capture the facial images of users for follow-up criminal investigations. However, this approach is vulnerable in cases where a criminal's face is occluded. Therefore, this paper proposes a system which assesses the recognizability of facial images of ATM users to determine whether their faces are severely occluded. The proposed system uses a component-based face candidate generation and verification approach to handle various facial postures and acceptable partial occlusions. Element techniques are implemented via grayscale image-based methods which are robust against illumination conditions compared to skin color detection approach. The system architecture for achieving both high performance and cost-efficiency is proposed to make the system applicable to practical ATM environments. In the experiment, the feasibility of the proposed system was evaluated using a large-scale facial occlusion database consisting of 3168 image sequences including 21 facial occlusions, 8 illumination conditions, and 2 acquisition scenarios. Based on the results, we drew up the guidelines of recognizability assessment systems for ATM applications. ▶ A novel recognizability assessment method of facial images for ATMs is proposed. ▶ A component-based face candidate generation and verification approach is utilized. ▶ An architecture for achieving high performance and cost-efficiency is suggested. ▶ This method can handle various facial occlusions, postures, and illuminations. ▶ Experimental results using a large-scale facial occlusion database are presented.
Author Jung, Ho Gi
Eum, Sungmin
Kim, Gahyun
Kim, Jaihie
Li, Gen
Suhr, Jae Kyu
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Issue 5
Keywords Automated teller machine (ATM)
Recognizability assessment
Facial occlusion
Facial image
Component-based face detection
Biometrics
Performance evaluation
System architecture
High performance
Grey level image
Face recognition
Vulnerability
Pattern recognition
Implementation
Image method
Partial occlusion
Image sequence
Database
Illumination
Feasibility
Automatic recognition
Asynchronous transfer mode
Language English
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Snippet Crimes related to automated teller machines (ATMs) have increased as a result of the recent popularity in the devices. One of the most practical approaches for...
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SubjectTerms Applied sciences
Assessments
Automated teller machine (ATM)
Automated teller machines
Component-based face detection
Crime
Exact sciences and technology
Facial
Facial image
Facial occlusion
Illumination
Information, signal and communications theory
Occlusion
Pattern recognition
Recognition
Recognizability assessment
Signal processing
Telecommunications and information theory
Title Recognizability assessment of facial images for automated teller machine applications
URI https://dx.doi.org/10.1016/j.patcog.2011.11.014
https://www.proquest.com/docview/1671454097
Volume 45
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