Requirements awareness should help optimize requirements satisfaction when factors that were uncertain at design time are resolved at runtime. We use the notion of claims to model assumptions that cannot be verified with confidence at design time. By monitoring claims at runtime, their veracity can be tested. If falsified, the effect of claim negation can be propagated to the system's goal model and an alternative means of goal realization selected automatically, allowing the dynamic adaptation of the system to the prevailing environmental context
ABSTRACT The complexity of environments faced by dynamically adaptive systems (DAS) means that the R...
A self-adaptive system (SAS) is a system that can adapt its behaviour in re- sponse to environmental...
Self-adaptive systems (SAS) automatically adjust their behavior at runtime in order to manage change...
Requirements awareness should help optimize requirements satisfaction when factors that were uncerta...
International audienceRequirements awareness should help optimize requirements satisfaction when fac...
In earlier work we proposed the idea of requirements-aware systems that could introspect about the e...
A self-adaptive system adjusts its configuration to tolerate changes in its operating environment. T...
International audienceIn earlier work we proposed the idea of requirements-aware systems that could ...
International audienceSelf-adaptation enables software systems to respond to changing environmental ...
The development of software-intensive systems is driven by their requirements. Traditional requireme...
International audienceA self-adaptive system adjusts its configuration to tolerate changes in its op...
This thesis explores the construction, enrichment and use of requirements models for adaptive system...
Software systems are deployed in environments that keep changing over time. They should therefore ad...
Requirements are sensitive to the context in which the system-to-be must operate. Where such context...
ABSTRACT The complexity of environments faced by dynamically adaptive systems (DAS) means that the R...
A self-adaptive system (SAS) is a system that can adapt its behaviour in re- sponse to environmental...
Self-adaptive systems (SAS) automatically adjust their behavior at runtime in order to manage change...
Requirements awareness should help optimize requirements satisfaction when factors that were uncerta...
International audienceRequirements awareness should help optimize requirements satisfaction when fac...
In earlier work we proposed the idea of requirements-aware systems that could introspect about the e...
A self-adaptive system adjusts its configuration to tolerate changes in its operating environment. T...
International audienceIn earlier work we proposed the idea of requirements-aware systems that could ...
International audienceSelf-adaptation enables software systems to respond to changing environmental ...
The development of software-intensive systems is driven by their requirements. Traditional requireme...
International audienceA self-adaptive system adjusts its configuration to tolerate changes in its op...
This thesis explores the construction, enrichment and use of requirements models for adaptive system...
Software systems are deployed in environments that keep changing over time. They should therefore ad...
Requirements are sensitive to the context in which the system-to-be must operate. Where such context...
ABSTRACT The complexity of environments faced by dynamically adaptive systems (DAS) means that the R...
A self-adaptive system (SAS) is a system that can adapt its behaviour in re- sponse to environmental...
Self-adaptive systems (SAS) automatically adjust their behavior at runtime in order to manage change...