Add to ORKGA large percentage of software projects within the practical context of software engineering activity deal with the evolution of systems. This implies that previous engineering activity has produced an executable representation of the business requirement’s and now the software has to be changed due to changed implementation technologies including improvements t
Understandability of the current system is a key issue in most reengineering processes. An architect...
During the creation of a software architecture, the architects and stakeholders take a lot of decisi...
Architecture evaluation has become a mature instrument to mitigate the risk of software change. It e...
More and more economic activities rely on software to achieve their business goal, becoming thus sof...
The advent of modern technology shadows its impetus repercussions on successful Legacy systems makin...
Performing software architecture analysis and recovery on a large software system is expensive and t...
Although architectural concepts and techniques have been considered mainly as a means of controlling...
Reuse of components is a promising solution for software development organizations in order to fulfi...
Software systems endure many noteworthy changes throughout their life-cycle in order to follow the e...
Many organizations struggle with the increasing but inherent complexity of their software systems. A...
When programmers perform maintenance tasks, program understanding is often required. One of the firs...
The foundation for any software system is its architecture. Software architecture is a view of the s...
Recovering the architecture of legacy systems requires more than just reverse engineering tools to g...
Software-intensive systems often have to be reengineered, e.g. due to unpredictable business context...
Software evolution is expensive. Lehman identifies several problems associated with it: Continuous ...
Understandability of the current system is a key issue in most reengineering processes. An architect...
During the creation of a software architecture, the architects and stakeholders take a lot of decisi...
Architecture evaluation has become a mature instrument to mitigate the risk of software change. It e...
More and more economic activities rely on software to achieve their business goal, becoming thus sof...
The advent of modern technology shadows its impetus repercussions on successful Legacy systems makin...
Performing software architecture analysis and recovery on a large software system is expensive and t...
Although architectural concepts and techniques have been considered mainly as a means of controlling...
Reuse of components is a promising solution for software development organizations in order to fulfi...
Software systems endure many noteworthy changes throughout their life-cycle in order to follow the e...
Many organizations struggle with the increasing but inherent complexity of their software systems. A...
When programmers perform maintenance tasks, program understanding is often required. One of the firs...
The foundation for any software system is its architecture. Software architecture is a view of the s...
Recovering the architecture of legacy systems requires more than just reverse engineering tools to g...
Software-intensive systems often have to be reengineered, e.g. due to unpredictable business context...
Software evolution is expensive. Lehman identifies several problems associated with it: Continuous ...
Understandability of the current system is a key issue in most reengineering processes. An architect...
During the creation of a software architecture, the architects and stakeholders take a lot of decisi...
Architecture evaluation has become a mature instrument to mitigate the risk of software change. It e...