Software Engineering for Resilient Systems
Description
The 12 revised full papers were carefully reviewed and selected from numerous submissions. The papers address all aspects of fault tolerance and exception handling, safety modeling, supporting evolution, resilience in service-oriented computing, and applying formal methods in case studies.
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Implementing Reusable Exception Handling Patterns with Compile-Time Metaprogramming.- A Case Study in Formal Development of a Fault Tolerant Multi-robotic System.- Fault-Tolerant Interactive Cockpits for Critical Applications: Overall Approach.- Linking Modelling in Event-B with Safety Cases.- Safety Lifecycle Development Process Modeling for Embedded Systems - Example of Railway Domain.- Language Enrichment for Resilient MDE.- Assume-Guarantee Testing of Evolving Software Product Line Architectures.- FAS: Introducing a Service for Avoiding Faults in Composite Services.- Dependability of Service-Oriented Computing: Time-Probabilistic Failure Modelling.- Monitoring Service Choreographies from Multiple Sources.- Supporting Field Investigators with PVS: A Case Study in the Healthcare Domain.- Model-Based Evaluation of the Availability of a CBTC System.
A Case Study in Formal Development of a Fault Tolerant Multi-robotic System.- Fault-Tolerant Interactive Cockpits for CriticalApplications: Overall Approach.- Linking Modelling in Event-B with Safety Cases.- Safety Lifecycle Development Process Modeling for Embedded Systems - Example of Railway Domain.- Language Enrichment for Resilient MDE.- Assume-Guarantee Testing of Evolving Software Product Line Architectures.- FAS: Introducing a Service for Avoiding Faults in Composite Services.- Dependability of Service-Oriented Computing: Time-Probabilistic Failure Modelling.- Monitoring Service Choreographies from Multiple Sources.- Supporting Field Investigators with PVS: A Case Study in the Healthcare Domain.- Model-Based Evaluation of the Availability of a CBTC System.