Federated Anonymous Identity Management for Cloud Computing

碩士 === 長庚大學 === 資訊管理學系 === 101 === We proposed a federated identity management for cloud computing, and cloud service providers compose an alliance via the agreement, users can use all provider's service. The third-party cloud trust center is in charge of alliance's maintenance and managem...

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Main Authors: Hung Ming Chuang, 莊閎名
Other Authors: G. Y. Liao
Format: Others
Published: 2013
Online Access:http://ndltd.ncl.edu.tw/handle/23862051980371450335
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spelling ndltd-TW-101CGU053960172015-10-13T22:45:35Z http://ndltd.ncl.edu.tw/handle/23862051980371450335 Federated Anonymous Identity Management for Cloud Computing 適用於雲端運算架構之聯合匿名身分管理機制 Hung Ming Chuang 莊閎名 碩士 長庚大學 資訊管理學系 101 We proposed a federated identity management for cloud computing, and cloud service providers compose an alliance via the agreement, users can use all provider's service. The third-party cloud trust center is in charge of alliance's maintenance and management. On the other hand, we also provide mutual authentication let users and providers can verify each other's identity legitimacy. In addition, users' personal data store in different providers, the personal data will be hard to guarantee not being disclosed or stolen. The thesis is based on CSA's cloud security guideline that users are anonymous in cloud environment and anonymity can decrease personal privacy data disclosing. The issuer can trace the users real identity to solve the dispute of the anonymous. Our scheme have some features below. (1) Federated identity management, let users single sign-on cloud services . (2) Mutual authentication, to verify each other's identity legitimacy. (3) Anonymous, decreasing personal data being disclosed and stolen by accessing service anonymously. (4) Tracing anonymous, the issuer can trace user's real identity. (5) Non-repudiation, the anonymous can't deny things was done by him. (6) Unforgeable, even the providers know the users' private key, they can't forge users' identity. G. Y. Liao 廖耕億 2013 學位論文 ; thesis 71
collection NDLTD
format Others
sources NDLTD
description 碩士 === 長庚大學 === 資訊管理學系 === 101 === We proposed a federated identity management for cloud computing, and cloud service providers compose an alliance via the agreement, users can use all provider's service. The third-party cloud trust center is in charge of alliance's maintenance and management. On the other hand, we also provide mutual authentication let users and providers can verify each other's identity legitimacy. In addition, users' personal data store in different providers, the personal data will be hard to guarantee not being disclosed or stolen. The thesis is based on CSA's cloud security guideline that users are anonymous in cloud environment and anonymity can decrease personal privacy data disclosing. The issuer can trace the users real identity to solve the dispute of the anonymous. Our scheme have some features below. (1) Federated identity management, let users single sign-on cloud services . (2) Mutual authentication, to verify each other's identity legitimacy. (3) Anonymous, decreasing personal data being disclosed and stolen by accessing service anonymously. (4) Tracing anonymous, the issuer can trace user's real identity. (5) Non-repudiation, the anonymous can't deny things was done by him. (6) Unforgeable, even the providers know the users' private key, they can't forge users' identity.
author2 G. Y. Liao
author_facet G. Y. Liao
Hung Ming Chuang
莊閎名
author Hung Ming Chuang
莊閎名
spellingShingle Hung Ming Chuang
莊閎名
Federated Anonymous Identity Management for Cloud Computing
author_sort Hung Ming Chuang
title Federated Anonymous Identity Management for Cloud Computing
title_short Federated Anonymous Identity Management for Cloud Computing
title_full Federated Anonymous Identity Management for Cloud Computing
title_fullStr Federated Anonymous Identity Management for Cloud Computing
title_full_unstemmed Federated Anonymous Identity Management for Cloud Computing
title_sort federated anonymous identity management for cloud computing
publishDate 2013
url http://ndltd.ncl.edu.tw/handle/23862051980371450335
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