The Experts below are selected from a list of 3858 Experts worldwide ranked by ideXlab platform
Yun-seung Chang - One of the best experts on this subject based on the ideXlab platform.
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ICARCV - An Credit Card Verification System by Biometric Method
2006 9th International Conference on Control Automation Robotics and Vision, 2006Co-Authors: Woong-sik Kim, Byung-ik Kang, Yun-seung ChangAbstract:In the world security market, the size of the biometric industry is gradually increasing, of which the fingerprint Verification is recognized of its superiority and marketability in terms of relatively low cost, light weight and uneasiness to input bio-information, compared to other biometric methods. This paper proposes a method to utilize the strengths of the fingerprint Verification for credit Card dealing. The example of the utilization of the credit Card payment is the model business of fingerprint Verification credit Card payment applied for three months in large domestic marts, to discuss the possibility to settle the non-medium credit trading by the biometric technology and the applicability to the financial services.
Arvinder Kaur - One of the best experts on this subject based on the ideXlab platform.
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SOME INTEROPERABILITY ISSUES IN THE DESIGNING OF WEB SERVICES : C ASE STUDY ON CREDIT Card
International Journal on Web Service Computing, 2013Co-Authors: Kalpana Johari, Arvinder KaurAbstract:In today’s environment most of the commercial web based project developed in the industry as well enumerous number of funded project/and studies taken as part of research oriented initiatives in the academia suffer from major technical issues as to how design, develop and deploy the Web Services that can run in variety of heterogeneous environments. In this paper we address the issues of interoperability between Web Services, the metrics which can be used to measure the interoperability and simulate the Online shopping application by developing the Credit Card Verification Software using Luhn’s Mod 10 algorithm having Java Client written in NetBeans and the BankWebService in C# .NET.
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CCSEIT - Interoperability issues in Web Services
Proceedings of the Second International Conference on Computational Science Engineering and Information Technology - CCSEIT '12, 2012Co-Authors: Kalpana Johari, Arvinder KaurAbstract:In today's environment most of the commercial web based project developed in the industry as well enumerous number of funded project/and studies taken as part of research oriented initiatives in the academia suffer from major technical issues as to how design, develop and deploy the Web Services that can run in variety of heterogeneous environments. In this paper we address the issues of interoperability between Web Services, the metrics which can be used to measure the interoperability and simulate the Online shopping application by developing the Credit Card Verification Software using Luhn's Mod 10 algorithm having Java Client written in NetBeans and the BankWebService in C# .NET.
B. S. Abdur - One of the best experts on this subject based on the ideXlab platform.
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Online Smart Card Verification using Three Level Online Smart Card Verification using Three Level Online Smart Card Verification using Three Level Online Smart Card Verification using Three Level Authentication
2013Co-Authors: T. R. Rangaswamy, B. S. AbdurAbstract:The smart Cards are playing a vital role in the online transaction where we cannot verify the Cardholder in person. The phishing websites may spoof the data in between the client site and the merchant site. To protect the data and transaction here we are introducing the three level authentications. In proposed methodology there are two phases i.e. Registration and login. During registration phase manipulate the password which will encrypt and divided into two partitions i.e. partition 1 will stored in the user or client side, partition 2 will stored in server side. Next level is to upload the user photo which will encrypt and split into two shares each are stored separately. At last zero knowledge code will be get updated and it is also get stored as two parts. During the login phase before starting the transaction the user and server must reveal their three authentic information shares if both stacked data got match then the user is valid and server is not a phishing website .
Jinhyug Choi - One of the best experts on this subject based on the ideXlab platform.
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implementation of id Card system using optodigital information hiding scheme
electronic imaging, 2003Co-Authors: Jinhyug ChoiAbstract:In this paper, a new ID Card system based-on the digital information hiding and optical extraction technique is suggested and implemented. In the information-hiding process, stego keys are digitally generated by using 2-D PRS and used to hide some specific data related to the Card holders into their digital photo-image (cover image) in order to verify the ID Cards. To extract the hidden data from the photo-image (stego image) in real-time, a matched filter-based optical correlator system is introduced. Optical correlation between the input stego image and the stego keys in the matched filter bank makes the sharp correlation peaks in the correlation plane only if the stego key hidden in the stego image is identically same with the stego key stored in the matched filter bank. This correlation peak signals and its position data can be used for Verification of the ID Card. In the experiment, a cover image of "Lena" is divided into 10 x 7 blocks and then, the stego key consisting of 64 x 64 pixels selected from 50 valid stego keys is embedded into the 3 different blocks of the cover image. Through the optical correlation between the "Lena" stego image and its valid stego key, resultant three correlation outputs and their position data are finally used for authentication. From these experimental results, a possibility of implementing a new ID Card Verification system using opto-digital information hiding and extraction scheme is suggested.© (2003) COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstract is permitted for personal use only.
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Security and Watermarking of Multimedia Contents - Implementation of ID Card system using optodigital information hiding scheme
Security and Watermarking of Multimedia Contents V, 2003Co-Authors: Jung-jin Kim, Jinhyug Choi, Eun-soo KimAbstract:In this paper, a new ID Card system based-on the digital information hiding and optical extraction technique is suggested and implemented. In the information-hiding process, stego keys are digitally generated by using 2-D PRS and used to hide some specific data related to the Card holders into their digital photo-image (cover image) in order to verify the ID Cards. To extract the hidden data from the photo-image (stego image) in real-time, a matched filter-based optical correlator system is introduced. Optical correlation between the input stego image and the stego keys in the matched filter bank makes the sharp correlation peaks in the correlation plane only if the stego key hidden in the stego image is identically same with the stego key stored in the matched filter bank. This correlation peak signals and its position data can be used for Verification of the ID Card. In the experiment, a cover image of "Lena" is divided into 10 x 7 blocks and then, the stego key consisting of 64 x 64 pixels selected from 50 valid stego keys is embedded into the 3 different blocks of the cover image. Through the optical correlation between the "Lena" stego image and its valid stego key, resultant three correlation outputs and their position data are finally used for authentication. From these experimental results, a possibility of implementing a new ID Card Verification system using opto-digital information hiding and extraction scheme is suggested.© (2003) COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstract is permitted for personal use only.
Woong-sik Kim - One of the best experts on this subject based on the ideXlab platform.
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ICARCV - An Credit Card Verification System by Biometric Method
2006 9th International Conference on Control Automation Robotics and Vision, 2006Co-Authors: Woong-sik Kim, Byung-ik Kang, Yun-seung ChangAbstract:In the world security market, the size of the biometric industry is gradually increasing, of which the fingerprint Verification is recognized of its superiority and marketability in terms of relatively low cost, light weight and uneasiness to input bio-information, compared to other biometric methods. This paper proposes a method to utilize the strengths of the fingerprint Verification for credit Card dealing. The example of the utilization of the credit Card payment is the model business of fingerprint Verification credit Card payment applied for three months in large domestic marts, to discuss the possibility to settle the non-medium credit trading by the biometric technology and the applicability to the financial services.