This thesis emphasizes on surveying the state-of-the-art in software requirements specification with a focus on, autonomic, self-adapting software systems. Since various requirements are brought forward accord with environments, modeling requirements for adaptive software systems may be changed at run-time. Nowadays, Keep All Objectives Satisfied (KAOS) is an effective method to build goal model. Various manipulations, such as change, remove, active and de-active goals, appear new goals, could mediate conflicts among goals in adaptive software system. At specification time, specifications of event sequences to be monitored are generated from requirements specification
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 development of software-intensive systems is driven by their requirements. Traditional requireme...
This thesis emphasizes on surveying the state-of-the-art in software requirements specification with...
Adaptive software is being used increasingly frequently by various users, such as the medical commun...
Challenges in the engineering of self-adaptive software have been recently discussed and summarised ...
International audience—When developing Self Adaptive Systems (SAS), their highly adaptiveness has to...
Today's software is expected to be able to work autonomously in an unpredictable environment, avoidi...
Self-adaptation is imposing as a key characteristic of many modern software systems to tackle their ...
Abstract—Self-adaptation is imposing as a key characteristic of many modern software systems to tack...
The ability of self-adaptive software in responding to change is determined by contextual requiremen...
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...
The demand for systems that continue on operation by adapting themselves in response to disturbing c...
Self-adaptive systems aim at autonomously achieving their objectives in a dynamic environment, adap...
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 development of software-intensive systems is driven by their requirements. Traditional requireme...
This thesis emphasizes on surveying the state-of-the-art in software requirements specification with...
Adaptive software is being used increasingly frequently by various users, such as the medical commun...
Challenges in the engineering of self-adaptive software have been recently discussed and summarised ...
International audience—When developing Self Adaptive Systems (SAS), their highly adaptiveness has to...
Today's software is expected to be able to work autonomously in an unpredictable environment, avoidi...
Self-adaptation is imposing as a key characteristic of many modern software systems to tackle their ...
Abstract—Self-adaptation is imposing as a key characteristic of many modern software systems to tack...
The ability of self-adaptive software in responding to change is determined by contextual requiremen...
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...
The demand for systems that continue on operation by adapting themselves in response to disturbing c...
Self-adaptive systems aim at autonomously achieving their objectives in a dynamic environment, adap...
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 development of software-intensive systems is driven by their requirements. Traditional requireme...