A formal model for constraint-based deployment calculation and analysis for fault-tolerant systems
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …
[PDF][PDF] A Formal Model for Constraint-Based Deployment Calculation and Analysis for Fault-Tolerant Systems
K Becker, B Schätz, M Armbruster, C Buckl - archive.air.in.tum.de
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …
[PDF][PDF] A Formal Model for Constraint-Based Deployment Calculation and Analysis for Fault-Tolerant Systems
K Becker, B Schätz, M Armbruster… - Proceedings of the 12th …, 2014 - mediatum.ub.tum.de
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …
[PDF][PDF] A Formal Model for Constraint-Based Deployment Calculation and Analysis for Fault-Tolerant Systems
K Becker, B Schätz, M Armbruster, C Buckl - 131.159.60.63
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …
[PDF][PDF] A Formal Model for Constraint-Based Deployment Calculation and Analysis for Fault-Tolerant Systems
K Becker, B Schätz, M Armbruster, C Buckl - archivedsite.air.in.tum.de
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …
[PDF][PDF] A Formal Model for Constraint-Based Deployment Calculation and Analysis for Fault-Tolerant Systems
K Becker, B Schätz, M Armbruster, C Buckl - Citeseer
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …
A Formal Model for Constraint-Based Deployment Calculation and Analysis for Fault-Tolerant Systems
K Becker, B Schätz, M Armbruster, C Buckl - Software Engineering and Formal … - Springer
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …
A Formal Model for Constraint-Based Deployment Calculation and Analysis for Fault-Tolerant Systems
K Becker, B Schätz, M Armbruster… - … Engineering and Formal …, 2014 - books.google.com
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …
[PDF][PDF] A Formal Model for Constraint-Based Deployment Calculation and Analysis for Fault-Tolerant Systems
K Becker, B Schätz, M Armbruster, C Buckl - archive.air.in.tum.de
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …
[PDF][PDF] A Formal Model for Constraint-Based Deployment Calculation and Analysis for Fault-Tolerant Systems
K Becker, B Schätz, M Armbruster, C Buckl - archivedsite.air.in.tum.de
In many embedded systems like in the automotive domain, safety-critical features are
increasingly realized by software. Some of these features are often required to behave fail …
increasingly realized by software. Some of these features are often required to behave fail …