Service-Based Applications (SBA) are inherently open and distributed, as they rely on third-party services that are available over the Internet, and have to cope with the dynamism of such operating environment. This motivates the need for SBA to be self-adaptive to accommodate changes in service availability and performance, in consumers’ needs and preferences, and more generally in the operational environment, which may occur at run-time. Engineering such applications significantly challenges the role of requirements engineering (RE). Usually, RE is carried out at the outset of the whole development process, but in the context of SBA, RE activities are also needed at run-time thus enabling a seamless SBA evolution. In this pape...
none3noNon-functional requirements are the main drivers behind the design choices that shape a softw...
Requirements-aware systems address the need to reason about uncertainty at runtime to support adapta...
Abstract — Requirements are sensitive to the context in which the system-to-be must operate. Where s...
Requirements of software systems tend to change over time. The speed of this tendency depends on the...
Context and motivation: Adaptive Service Based Applications (SBAs) need to cope with continuously ch...
Self-Adaptive Software systems (SAS) adapt at run-time in response to changes in user’s needs, opera...
Service-based applications are considered a promising technology since they are able to offer compl...
Increasing proliferation of mobile applications challenge the role of requirements engineering (RE) ...
Challenges in the engineering of self-adaptive software have been recently discussed and summarised ...
Software and System Requirements Engineering (RE) is considered a critical process for successful pr...
Service-based Applications (SBAs) can be dynamically adapted to address various goals, which include...
[Context and motivation] Most requirements engineering (RE) approaches involve analysts in gathering...
The advances in modern technology development and future technology changes dictate new challenges a...
New technologies like service-based computing or ambient intelligence aim at systems that adapt thei...
Service-oriented computing is a promising computing paradigm which facilitates the composition of lo...
none3noNon-functional requirements are the main drivers behind the design choices that shape a softw...
Requirements-aware systems address the need to reason about uncertainty at runtime to support adapta...
Abstract — Requirements are sensitive to the context in which the system-to-be must operate. Where s...
Requirements of software systems tend to change over time. The speed of this tendency depends on the...
Context and motivation: Adaptive Service Based Applications (SBAs) need to cope with continuously ch...
Self-Adaptive Software systems (SAS) adapt at run-time in response to changes in user’s needs, opera...
Service-based applications are considered a promising technology since they are able to offer compl...
Increasing proliferation of mobile applications challenge the role of requirements engineering (RE) ...
Challenges in the engineering of self-adaptive software have been recently discussed and summarised ...
Software and System Requirements Engineering (RE) is considered a critical process for successful pr...
Service-based Applications (SBAs) can be dynamically adapted to address various goals, which include...
[Context and motivation] Most requirements engineering (RE) approaches involve analysts in gathering...
The advances in modern technology development and future technology changes dictate new challenges a...
New technologies like service-based computing or ambient intelligence aim at systems that adapt thei...
Service-oriented computing is a promising computing paradigm which facilitates the composition of lo...
none3noNon-functional requirements are the main drivers behind the design choices that shape a softw...
Requirements-aware systems address the need to reason about uncertainty at runtime to support adapta...
Abstract — Requirements are sensitive to the context in which the system-to-be must operate. Where s...