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This paper reports on research being conducted into the formulation of the architectural blueprint necessary to provide a Global identification service across global ICT infrastructures integrating that of the Web and the Grid and introducing the concept of what the EU IST Framework V initiative refers to as 'protected GC infrastructure'. Such a platform implies a secure vertical integration between heterogeneous grid platforms but more significantly creates the condition for horizontal integration i.e. interoperability of various global infrastructures (the Internet, the Web and the Grid) with common services i. e the creation of new secure and trustworthy global and interoperable services. The proposed research is both fundamental and highly innovative because the FeGIMa framework manages individual and organizational identification with their disparate security mechanisms. It does so for the variety and diversity of global ICT stake-holders through the formulation of a sufficiently abstract/high level architectural blueprint that frees them from having to be constrained to the same (i.e. one type fits all) technologies for authentication. For the disparate community of global computing stake-holders the freedom obtained through the proposed technically innovative FeGIMa framework results in the simplicity of ”Single Sign on and Single Service Authentication-SSO & SSA” thereby directly contributing to realizing the vision of Information Society for All.

被引用紀錄


張君源(2014)。以美國國家品質獎之評鑑結構研究臺灣中型電子企業之競爭力〔碩士論文,國立臺灣大學〕。華藝線上圖書館。https://doi.org/10.6342/NTU.2014.00183

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