peer-reviewedSoftware systems are subject to change. To embrace change, the systems should be equipped with automated mechanisms. Business process and software architecture models are two artifacts that are subject to change in an interrelated manner that requires them co-evolve. As opposed to the traditional batch-based model transformation, we propose a comprehensive set of structural and behavioral evolution patterns that enable to incrementally reflect the impact of change of business processes to their associated architecture models by applying reusable patterns. A basis for automation is provided through a graph-based formalism
Software is becoming a fundamental enabler of all kinds of evolving enterprise capabilities and oppo...
Abstract: Architecture-centric software evolution enables change in a system’s structure and behavio...
AbstractThe model synchronization between analysis and design artifacts in most cases is still a man...
Software systems are subject to change. To embrace\ud change, the systems should be equipped with au...
Abstract — Software systems are subject to change. To embrace change, the systems should be equipped...
peer-reviewedService-based architectures implement business processes as technical software services...
Software companies need to cope with permanent changes in market. To stay competitive it is often in...
Context: Modern software systems are prone to a continuous evolution under frequently varying requir...
Software companies need to cope with permanent changes in market. To stay competitive it is often in...
Software evolves continuously. As a consequence, software systems tend to become increasingly comple...
Architecture-centric software evolution enables change in a system’s structure and behaviour while m...
Software changes over time. During the lifetime of a software system, unintended behaviour must be c...
Modern software systems are prone to a continuous evolution under frequently varying requirements. A...
Software changes over time. During the lifetime of a software system, unintended behaviour must be c...
In model-driven software development approaches, business process models are used at different level...
Software is becoming a fundamental enabler of all kinds of evolving enterprise capabilities and oppo...
Abstract: Architecture-centric software evolution enables change in a system’s structure and behavio...
AbstractThe model synchronization between analysis and design artifacts in most cases is still a man...
Software systems are subject to change. To embrace\ud change, the systems should be equipped with au...
Abstract — Software systems are subject to change. To embrace change, the systems should be equipped...
peer-reviewedService-based architectures implement business processes as technical software services...
Software companies need to cope with permanent changes in market. To stay competitive it is often in...
Context: Modern software systems are prone to a continuous evolution under frequently varying requir...
Software companies need to cope with permanent changes in market. To stay competitive it is often in...
Software evolves continuously. As a consequence, software systems tend to become increasingly comple...
Architecture-centric software evolution enables change in a system’s structure and behaviour while m...
Software changes over time. During the lifetime of a software system, unintended behaviour must be c...
Modern software systems are prone to a continuous evolution under frequently varying requirements. A...
Software changes over time. During the lifetime of a software system, unintended behaviour must be c...
In model-driven software development approaches, business process models are used at different level...
Software is becoming a fundamental enabler of all kinds of evolving enterprise capabilities and oppo...
Abstract: Architecture-centric software evolution enables change in a system’s structure and behavio...
AbstractThe model synchronization between analysis and design artifacts in most cases is still a man...