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Saml Based Single Sign-On Platform Design And Implemention

Posted on:2010-12-27Degree:MasterType:Thesis
Country:ChinaCandidate:Z HanFull Text:PDF
GTID:2178360278465804Subject:Cryptography
Abstract/Summary:PDF Full Text Request
With the popularization of network technology and application of distributed technology (such as e-commerce, e-government, etc.) and its application has become an important direction of development. At present, Web Services has become an important foundation. In order to guarantee the security of Web applications, identity verification technology applications are visited first before the security checkpoints. First of all, users need the system to confirm the identity of the statement, and then access controller can be the basis of identity and authorization information to decide whether to allow users access to specific resources.Security Assertion Markup Language is an XML-based description language. It is not only to focus on a description of information, but also took note of the security of information sharing, via the Internet; you can use a standard way to describe and realize the increasing application of a wide range of security technology.This article first introduces the XML language. Following is the introduction of the Java platform and the operation of XML. SAML protocol of a systematic introduction and in accordance with examples of analysis based on the SAML Single Sign-application of the general process.Carriers based on the characteristics of the industry, design and implementation of a transformation of the SAML-based Single Sign-platform and service provider for the corresponding WebService-based interface. In addition to the traditional single-point log function, but also add a user behavior audit function. System implementation using J2EE technology can run in the current mainstream operating systems. Finally analysis of the characteristics of the system and deficiencies in the future to improve the proposed direction.
Keywords/Search Tags:Security Assertion Markup Language, Single Sign-On, Message Encryption, Digital Envelope
PDF Full Text Request
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