The traditional use of formal methods has been for the verification of algorithms or protocols. Given the high cost and limitations in state space coverage provided by conventional validation techniques, we introduce a novel approach to utilize formal verification procedures to drive fault injection based validation of dependable protocols. The paper develops graph structures for representation of information generated through formal processes, as well as a formal framework that facilitates the formulation of specific fault injection experiments for validation. © 1998 IEEE. All rights reserved
Computer science researchers in the programming languages and formal verification communities have p...
Proving that a program suits its specification and thus can be called correct has been a research su...
Tolerance to random hardware failures, required by ISO26262, entails accurate design behavior analys...
Fault-injection (FI) based techniques for dependability assessment of distributed protocols face cer...
A key feature in fault injection (FI) based validation is identifying the relevant test cases to inj...
An investigation is presented into the use of formal methods for the production of safety-critical s...
Formal Methods started primarily as a software development method, but now embrace a wide spectrum o...
Simple protocols can be described with natural language and pictures. This description is no longer ...
This work aims at an alternative method to verify the correctness of Fault Lists generated by fault ...
Formal methods have a great potential of application as powerful specification and early debugging m...
International audienceFormal methods provide support for validation and verification of interactive ...
A central issue in program verification is the generation of verification conditions (VCs): proof ob...
This paper describes our work exploring the suitability of formal specification methods for independ...
The pervasiveness of computer systems in virtually every aspect of daily life entails a growing depe...
Fault Injection Analysis is seen as a powerful attack against implementations of cryptographic algor...
Computer science researchers in the programming languages and formal verification communities have p...
Proving that a program suits its specification and thus can be called correct has been a research su...
Tolerance to random hardware failures, required by ISO26262, entails accurate design behavior analys...
Fault-injection (FI) based techniques for dependability assessment of distributed protocols face cer...
A key feature in fault injection (FI) based validation is identifying the relevant test cases to inj...
An investigation is presented into the use of formal methods for the production of safety-critical s...
Formal Methods started primarily as a software development method, but now embrace a wide spectrum o...
Simple protocols can be described with natural language and pictures. This description is no longer ...
This work aims at an alternative method to verify the correctness of Fault Lists generated by fault ...
Formal methods have a great potential of application as powerful specification and early debugging m...
International audienceFormal methods provide support for validation and verification of interactive ...
A central issue in program verification is the generation of verification conditions (VCs): proof ob...
This paper describes our work exploring the suitability of formal specification methods for independ...
The pervasiveness of computer systems in virtually every aspect of daily life entails a growing depe...
Fault Injection Analysis is seen as a powerful attack against implementations of cryptographic algor...
Computer science researchers in the programming languages and formal verification communities have p...
Proving that a program suits its specification and thus can be called correct has been a research su...
Tolerance to random hardware failures, required by ISO26262, entails accurate design behavior analys...