Han Gao

TL;DR: This paper model in the process calculus LySa only the misinterpretation due to the confusion of a concatenation of fields with a single field, by extending the notation of one- to-one variable binding to many-to-one binding and presents a formal way of detecting these possible misinterpretations.

TL;DR: An extension of the LySa calculus with tags attached to each field, indicating the intended types is presented, which developed a control flow analysis for analysing the extended LySa, which over-approximates all the possible behaviour of a protocol and hence is able to capture any type confusion that may happen during the protocol execution.

TL;DR: It is shown how to model service-oriented applications using process algebras such that a certain level of abstraction can be achieved without being overwhelmed by the underlying implementation details and the concrete industrial standards used for implementing the service- oriented applications are respected.

TL;DR: A static analysis approach is developed for analyzing protocols specified in the extended LYSA that will over-approximate the possible executions of protocols while keeping track of all messages communicated over the network and capture the potential malicious activities performed by attackers as specified by the confidentiality annotations.