We propose a unifying framework for formal specification and verification of both epistemic and behavioral aspects of security protocols. The main novelty of the proposed framework is the explicit support for cryptographic constructs, which is among the most essential ingredients of security protocols. Due to this feature, the indistinguishability relation for the epistemic constructs gets a dynamic semantics by taking the communicated keys and cryptographic terms in the operational specification into account
Abstract. Operational models of protocols, on one hand, are readable and conveniently match their im...
We develop informal principals and formal rules to verify security properties in cryptographic proto...
We develop informal principals and formal rules to verify security properties in cryptographic proto...
We propose a unifying framework for formal specification and verification of both epistemic and beha...
We propose a unifying framework for formal specification and verification of both epistemic and beha...
We propose a unifying framework for formal specification and verification of both epistemic and beha...
We propose a dynamic epistemic framework for the verification of security protocols. First, we intro...
Security properties naturally combine temporal aspects of protocols with aspects of knowledge of the...
Security properties naturally combine temporal aspects of protocols with aspects of knowledge of the...
Abstract. Security properties naturally combine temporal aspects of protocols with aspects of knowle...
Security properties naturally combine temporal aspects of protocols with aspects of knowledge of the...
Operational models of protocols, on one hand, are readable and conveniently match their implementati...
Operational models of protocols, on one hand, are readable and conveniently match their implementati...
Operational models of protocols, on one hand, are readable and conveniently match their implementati...
htmlabstractOperational models of protocols, on one hand, are readable and conveniently match their ...
Abstract. Operational models of protocols, on one hand, are readable and conveniently match their im...
We develop informal principals and formal rules to verify security properties in cryptographic proto...
We develop informal principals and formal rules to verify security properties in cryptographic proto...
We propose a unifying framework for formal specification and verification of both epistemic and beha...
We propose a unifying framework for formal specification and verification of both epistemic and beha...
We propose a unifying framework for formal specification and verification of both epistemic and beha...
We propose a dynamic epistemic framework for the verification of security protocols. First, we intro...
Security properties naturally combine temporal aspects of protocols with aspects of knowledge of the...
Security properties naturally combine temporal aspects of protocols with aspects of knowledge of the...
Abstract. Security properties naturally combine temporal aspects of protocols with aspects of knowle...
Security properties naturally combine temporal aspects of protocols with aspects of knowledge of the...
Operational models of protocols, on one hand, are readable and conveniently match their implementati...
Operational models of protocols, on one hand, are readable and conveniently match their implementati...
Operational models of protocols, on one hand, are readable and conveniently match their implementati...
htmlabstractOperational models of protocols, on one hand, are readable and conveniently match their ...
Abstract. Operational models of protocols, on one hand, are readable and conveniently match their im...
We develop informal principals and formal rules to verify security properties in cryptographic proto...
We develop informal principals and formal rules to verify security properties in cryptographic proto...