When implementing autonomic management of multiple non- functional concerns a trade-off must be found between the ability to de- velop independently management of the individual concerns (following the separation of concerns principle) and the detection and resolution of conflicts that may arise when combining the independently developed management code. Here we discuss strategies to establish this trade-off and introduce a model checking based methodology aimed at simplifying the discovery and handling of conflicts arising from deployment–within the same parallel application–of independently developed management policies. Preliminary results are shown demonstrating the feasibility of the approach
Abstract: This paper presents a method to check for feature interactions in a system assembled from ...
Autonomic Computing is an innovative research area, that proposes self-management features for dynam...
This paper describes an approach for application specific conflict prevention based on model-driven ...
When implementing autonomic management of multiple non- functional concerns a trade-off must be fou...
We introduce and address the problem of concurrent autonomic management of different non-functional ...
Version management of process models requires that different versions of process models are integrat...
We describe a lightweight prototype framework (LIBERO) designed for experimentation with behavioura...
Collaborative software development is nowadays incon-ceivable without optimistic version control sys...
We introduce and address the problem of concurrent autonomic management of different non-functional ...
The need for change of direction in Software Engineering has been suggested in severalresources [Pow...
Abstract- Interoperability support is a key outstanding requirement for autonomic computing systems,...
An approach to the management of non-functional concerns in massively parallel and/or distributed a...
Despite the fact that model composition paradigm becomes very important and most commonly used, the ...
Abstract. Distributed decentralized implementation of systems of com-municating processes raises non...
This dissertation studies conflicts. A conflict is a bug in concurrent systems where one or more com...
Abstract: This paper presents a method to check for feature interactions in a system assembled from ...
Autonomic Computing is an innovative research area, that proposes self-management features for dynam...
This paper describes an approach for application specific conflict prevention based on model-driven ...
When implementing autonomic management of multiple non- functional concerns a trade-off must be fou...
We introduce and address the problem of concurrent autonomic management of different non-functional ...
Version management of process models requires that different versions of process models are integrat...
We describe a lightweight prototype framework (LIBERO) designed for experimentation with behavioura...
Collaborative software development is nowadays incon-ceivable without optimistic version control sys...
We introduce and address the problem of concurrent autonomic management of different non-functional ...
The need for change of direction in Software Engineering has been suggested in severalresources [Pow...
Abstract- Interoperability support is a key outstanding requirement for autonomic computing systems,...
An approach to the management of non-functional concerns in massively parallel and/or distributed a...
Despite the fact that model composition paradigm becomes very important and most commonly used, the ...
Abstract. Distributed decentralized implementation of systems of com-municating processes raises non...
This dissertation studies conflicts. A conflict is a bug in concurrent systems where one or more com...
Abstract: This paper presents a method to check for feature interactions in a system assembled from ...
Autonomic Computing is an innovative research area, that proposes self-management features for dynam...
This paper describes an approach for application specific conflict prevention based on model-driven ...