The Experts below are selected from a list of 22725 Experts worldwide ranked by ideXlab platform
Alexander G Marchuk - One of the best experts on this subject based on the ideXlab platform.
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ICADL - Experiments on Russian-English Identity Resolution
Digital Libraries: Providing Quality Information, 2015Co-Authors: Zinaida V Apanovich, Alexander G MarchukAbstract:The focus of this paper is on Russian-English Identity Resolution when English names of entities have been created by a transliteration or translation of Russian names. A new approach combining attribute-based Identity Resolution with the text analysis of publications attributed to these entities has been proposed. The dataset of the Open Archive of the Russian Academy of Sciences and digital library SpringerLink are used as test examples.
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experiments on russian english Identity Resolution
International Conference on Asian Digital Libraries, 2015Co-Authors: Zinaida V Apanovich, Alexander G MarchukAbstract:The focus of this paper is on Russian-English Identity Resolution when English names of entities have been created by a transliteration or translation of Russian names. A new approach combining attribute-based Identity Resolution with the text analysis of publications attributed to these entities has been proposed. The dataset of the Open Archive of the Russian Academy of Sciences and digital library SpringerLink are used as test examples.
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New approaches to the ontology alignment and Identity Resolution problems
The Computer Science Journal of Moldova, 2014Co-Authors: Zinaida V Apanovich, Alexander G MarchukAbstract:This paper describes approaches to the vocabulary normalization and Identity Resolution problems arising during the use of the LOD datasets to populate the content of scholarly knowledge bases. We have proposed new heuristics, using additional information extracted from full text sources of data. The flrst heuristics uses the full record track of a person and the second one uses self-citation networks. The dataset of the Open Archive of the Russian Academy of Sciences and several bibliographic datasets are used as test examples.
Wu Chou - One of the best experts on this subject based on the ideXlab platform.
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Mirror Presence: Secure Web Identity Resolution and Call Control for WebRTC
Proceedings of International Conference on Information Integration and Web-based Applications & Services, 2013Co-Authors: Li Li, Tao Cai, Zhe Wang, Wu Chou, Zhihong QiuAbstract:Identity Resolution is a critical component in any real-time communication system, including WebRTC that relies on Web identities. The difficulty with Web Identity Resolution is that there is no uniform Web Identity scheme and current Web Identity schemes decouple Web identities and Web locations. To address this problem for WebRTC without introducing a central authority, we present a secure personal Web Identity Resolution framework, mirror presence, to dynamically map a user's Web Identity to Web locations while the user can move between Web locations. The system is agnostic to Web Identity schemes, and it consists of 3 layers of Web protocols and services: 1) bilateral authorization based on OAuth 2.0; 2) Web Identity binding based on presence subscription and notification; 3) presence driven call routing and pickup protocols. Each layer of the system can be controlled by users based on security, privacy, and personal preferences. A prototype mirror presence system has been implemented, and experimental results indicated that the approach is feasible and the performance is satisfactory.
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iiWAS - Mirror Presence: Secure Web Identity Resolution and Call Control for WebRTC
Proceedings of International Conference on Information Integration and Web-based Applications & Services - IIWAS '13, 2013Co-Authors: Wu Chou, Tao Cai, Zhe Wang, Qiu ZhihongAbstract:Identity Resolution is a critical component in any real-time communication system, including WebRTC that relies on Web identities. The difficulty with Web Identity Resolution is that there is no uniform Web Identity scheme and current Web Identity schemes decouple Web identities and Web locations. To address this problem for WebRTC without introducing a central authority, we present a secure personal Web Identity Resolution framework, mirror presence, to dynamically map a user's Web Identity to Web locations while the user can move between Web locations. The system is agnostic to Web Identity schemes, and it consists of 3 layers of Web protocols and services: 1) bilateral authorization based on OAuth 2.0; 2) Web Identity binding based on presence subscription and notification; 3) presence driven call routing and pickup protocols. Each layer of the system can be controlled by users based on security, privacy, and personal preferences. A prototype mirror presence system has been implemented, and experimental results indicated that the approach is feasible and the performance is satisfactory.
Zhihong Qiu - One of the best experts on this subject based on the ideXlab platform.
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Mirror Presence: Secure Web Identity Resolution and Call Control for WebRTC
Proceedings of International Conference on Information Integration and Web-based Applications & Services, 2013Co-Authors: Li Li, Tao Cai, Zhe Wang, Wu Chou, Zhihong QiuAbstract:Identity Resolution is a critical component in any real-time communication system, including WebRTC that relies on Web identities. The difficulty with Web Identity Resolution is that there is no uniform Web Identity scheme and current Web Identity schemes decouple Web identities and Web locations. To address this problem for WebRTC without introducing a central authority, we present a secure personal Web Identity Resolution framework, mirror presence, to dynamically map a user's Web Identity to Web locations while the user can move between Web locations. The system is agnostic to Web Identity schemes, and it consists of 3 layers of Web protocols and services: 1) bilateral authorization based on OAuth 2.0; 2) Web Identity binding based on presence subscription and notification; 3) presence driven call routing and pickup protocols. Each layer of the system can be controlled by users based on security, privacy, and personal preferences. A prototype mirror presence system has been implemented, and experimental results indicated that the approach is feasible and the performance is satisfactory.
Qiu Zhihong - One of the best experts on this subject based on the ideXlab platform.
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iiWAS - Mirror Presence: Secure Web Identity Resolution and Call Control for WebRTC
Proceedings of International Conference on Information Integration and Web-based Applications & Services - IIWAS '13, 2013Co-Authors: Wu Chou, Tao Cai, Zhe Wang, Qiu ZhihongAbstract:Identity Resolution is a critical component in any real-time communication system, including WebRTC that relies on Web identities. The difficulty with Web Identity Resolution is that there is no uniform Web Identity scheme and current Web Identity schemes decouple Web identities and Web locations. To address this problem for WebRTC without introducing a central authority, we present a secure personal Web Identity Resolution framework, mirror presence, to dynamically map a user's Web Identity to Web locations while the user can move between Web locations. The system is agnostic to Web Identity schemes, and it consists of 3 layers of Web protocols and services: 1) bilateral authorization based on OAuth 2.0; 2) Web Identity binding based on presence subscription and notification; 3) presence driven call routing and pickup protocols. Each layer of the system can be controlled by users based on security, privacy, and personal preferences. A prototype mirror presence system has been implemented, and experimental results indicated that the approach is feasible and the performance is satisfactory.
Zhe Wang - One of the best experts on this subject based on the ideXlab platform.
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Mirror Presence: Secure Web Identity Resolution and Call Control for WebRTC
Proceedings of International Conference on Information Integration and Web-based Applications & Services, 2013Co-Authors: Li Li, Tao Cai, Zhe Wang, Wu Chou, Zhihong QiuAbstract:Identity Resolution is a critical component in any real-time communication system, including WebRTC that relies on Web identities. The difficulty with Web Identity Resolution is that there is no uniform Web Identity scheme and current Web Identity schemes decouple Web identities and Web locations. To address this problem for WebRTC without introducing a central authority, we present a secure personal Web Identity Resolution framework, mirror presence, to dynamically map a user's Web Identity to Web locations while the user can move between Web locations. The system is agnostic to Web Identity schemes, and it consists of 3 layers of Web protocols and services: 1) bilateral authorization based on OAuth 2.0; 2) Web Identity binding based on presence subscription and notification; 3) presence driven call routing and pickup protocols. Each layer of the system can be controlled by users based on security, privacy, and personal preferences. A prototype mirror presence system has been implemented, and experimental results indicated that the approach is feasible and the performance is satisfactory.
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iiWAS - Mirror Presence: Secure Web Identity Resolution and Call Control for WebRTC
Proceedings of International Conference on Information Integration and Web-based Applications & Services - IIWAS '13, 2013Co-Authors: Wu Chou, Tao Cai, Zhe Wang, Qiu ZhihongAbstract:Identity Resolution is a critical component in any real-time communication system, including WebRTC that relies on Web identities. The difficulty with Web Identity Resolution is that there is no uniform Web Identity scheme and current Web Identity schemes decouple Web identities and Web locations. To address this problem for WebRTC without introducing a central authority, we present a secure personal Web Identity Resolution framework, mirror presence, to dynamically map a user's Web Identity to Web locations while the user can move between Web locations. The system is agnostic to Web Identity schemes, and it consists of 3 layers of Web protocols and services: 1) bilateral authorization based on OAuth 2.0; 2) Web Identity binding based on presence subscription and notification; 3) presence driven call routing and pickup protocols. Each layer of the system can be controlled by users based on security, privacy, and personal preferences. A prototype mirror presence system has been implemented, and experimental results indicated that the approach is feasible and the performance is satisfactory.
