CAPESA number of approaches have been proposed for eliciting, modeling and analyzing requirements for adaptive systems. However, there is still a large gap between such requirements specifications and the actual implementation of adaptive systems. In this thesis we investigate the interplay between requirements and architecture for the development of adaptive systems. Furthermore, we propose the Multi-Level Adaptation for Software Systems (MULAS) framework. This framework is centered on the iterative and incremental refinement of a goal model, towards the creation of a Design Goal Model. This model can then be used at runtime to drive adaptation on a system that is properly instrumented. Moreover, the framework includes a toolsupported proc...
Nowadays software systems in the ubiquitous environment have to consider variability as their main ...
This thesis emphasizes on surveying the state-of-the-art in software requirements specification with...
Today's software is expected to be able to work autonomously in an unpredictable environment, avoidi...
Um grande número de abordagens foram propostas para elicitar, modelar e analisar requisitos para sis...
Abstract. The growing interest in developing adaptive systems has led to numerous proposals for appr...
The increasing demand for complex and distributed software calls for novel software engineering meth...
International audienceThe research on requirements specification for self-adaptive systems has a grow...
The complexity of software systems is exploding, along with their use and application in new domains...
The complexity of software systems is exploding, along with their use and application in new domains...
Nowadays, there are more and more software systems operating in highly open, dynamic and unpredictab...
The proposal uses Palladio, e-Motions, Maude and SYBL in such a way that it enables expressiveness a...
(Self-)Adaptive software systems monitor the status of their requirements and adapt when some of the...
Nowadays, there are more and more software systems operating in highly open, dynamic and unpredictab...
This paper revisits the relationship between software architecture and requirements focusing on the ...
This paper revisits the relationship between software architecture and requirements focusing on the ...
Nowadays software systems in the ubiquitous environment have to consider variability as their main ...
This thesis emphasizes on surveying the state-of-the-art in software requirements specification with...
Today's software is expected to be able to work autonomously in an unpredictable environment, avoidi...
Um grande número de abordagens foram propostas para elicitar, modelar e analisar requisitos para sis...
Abstract. The growing interest in developing adaptive systems has led to numerous proposals for appr...
The increasing demand for complex and distributed software calls for novel software engineering meth...
International audienceThe research on requirements specification for self-adaptive systems has a grow...
The complexity of software systems is exploding, along with their use and application in new domains...
The complexity of software systems is exploding, along with their use and application in new domains...
Nowadays, there are more and more software systems operating in highly open, dynamic and unpredictab...
The proposal uses Palladio, e-Motions, Maude and SYBL in such a way that it enables expressiveness a...
(Self-)Adaptive software systems monitor the status of their requirements and adapt when some of the...
Nowadays, there are more and more software systems operating in highly open, dynamic and unpredictab...
This paper revisits the relationship between software architecture and requirements focusing on the ...
This paper revisits the relationship between software architecture and requirements focusing on the ...
Nowadays software systems in the ubiquitous environment have to consider variability as their main ...
This thesis emphasizes on surveying the state-of-the-art in software requirements specification with...
Today's software is expected to be able to work autonomously in an unpredictable environment, avoidi...