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knowledge-theoretic approach to formal verification of web services protocols

By Yao Guoxiang, Chen Qingliang, Liu Chanjuan and Yang Zhuolin

Abstract

IEEE Beijing Section; Beijing University of Technology and IEEE China Council; Beijing University of Posts and Telecommunications; Graduate University of the Chinese Academy of Sciences; China Institute of ElectricsTraditional formal methods for analyzing security protocols have gained great success to find attacks or prove their absence in the standard Dolev-Yao model. However, they cannot be applied directly to verify Web services protocols because of their inherent different message syntax. In this paper, we apply our justification-oriented and automatic formal approach again to verify directly security properties for a more complex Web services protocol, based on a fault-preserving mapping tool called SuD (SOAP under Dolev-Yao) and the well developed epistemic logic (logic of knowledge) as the underlying specification language. The effectiveness of the approach can be further confirmed by the experimental results. © 2010 IEEE

Topics: Formal methods, Network security, Specification languages, Specifications, Web services
Year: 2010
DOI identifier: 10.1109/icsess.2010.5552425
OAI identifier: oai:ir.iscas.ac.cn:311060/8810
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