Add to ORKGAbstract Self-adaptive systems should autonomously adapt at run time to changes in their operational environment, guided by the goals assigned by their stakeholders. We present a tool that supports goal-oriented modelling and generation of code for goal-directed, selfadaptive systems, supporting Tropos4AS, an extension of the software engineering methodology Tropos
Designing software systems with uncertainties, such as incomplete knowledge about changing system go...
peer-reviewedSelf-adaptive software is a closed-loop system, since it continuously monitors its cont...
The increasing complexity and dynamics in which software systems are deployed call for solutions to ...
Self-adaptive systems should autonomously adapt at run time to changes in their operational environm...
Today's software is expected to be able to work autonomously in an unpredictable environment, avoidi...
Abstract. Our work addresses the challenges arising in the development of self-adaptive software, wh...
Self-adaptive systems aim at autonomously achieving their objectives in a dynamic environment, adap...
Self-adaptive software aims at anticipating changes which occur in a complex environment and to auto...
Self-adaptive software aims at anticipating changes which occur in a complex environment and to auto...
Abstract. Autonomous software agents provide a promising solution to the needs of decentralised netw...
The ability of self-adaptive software in responding to change is determined by contextual requiremen...
Several agent-oriented software engineering methodologies address the emerging challenges posed ...
The increasing demand for complex and distributed software calls for novel software engineering meth...
To deal with the increasing complexity and uncertainty of software systems, novel software engineeri...
International audienceDespite the valuable contributions on self-adaptation, most implemented approa...
Designing software systems with uncertainties, such as incomplete knowledge about changing system go...
peer-reviewedSelf-adaptive software is a closed-loop system, since it continuously monitors its cont...
The increasing complexity and dynamics in which software systems are deployed call for solutions to ...
Self-adaptive systems should autonomously adapt at run time to changes in their operational environm...
Today's software is expected to be able to work autonomously in an unpredictable environment, avoidi...
Abstract. Our work addresses the challenges arising in the development of self-adaptive software, wh...
Self-adaptive systems aim at autonomously achieving their objectives in a dynamic environment, adap...
Self-adaptive software aims at anticipating changes which occur in a complex environment and to auto...
Self-adaptive software aims at anticipating changes which occur in a complex environment and to auto...
Abstract. Autonomous software agents provide a promising solution to the needs of decentralised netw...
The ability of self-adaptive software in responding to change is determined by contextual requiremen...
Several agent-oriented software engineering methodologies address the emerging challenges posed ...
The increasing demand for complex and distributed software calls for novel software engineering meth...
To deal with the increasing complexity and uncertainty of software systems, novel software engineeri...
International audienceDespite the valuable contributions on self-adaptation, most implemented approa...
Designing software systems with uncertainties, such as incomplete knowledge about changing system go...
peer-reviewedSelf-adaptive software is a closed-loop system, since it continuously monitors its cont...
The increasing complexity and dynamics in which software systems are deployed call for solutions to ...