www.ece.utexas.edu/~perry/ Software evolution is usually considered in terms of corrections, improvements and enhancements. While helpful, this approach does not take into account the fundamental dimensions of wellengineered software systems (the domains, experience, and process) and how they themselves evolve and affect the evolution of systems for which they are the context. Each dimension is discussed and provided with examples to illustrate its various aspects and to summarize how evolution in that dimension affects system evolution. This holistic approach provides a deep understanding of evolution and how evolution might be effectively managed. 1
A number of interesting phenomena can be observed when lifelong processes of object-oriented softwar...
AbstractSoftware Evolution through TransformationsBusinesses, organisations and society at large are...
Part 2: Evolutionary ComputationInternational audienceBecause of the vital need for software systems...
First, we note that Evolution is one of Brooks ' [1] essential characteristics of software syst...
In many software design and evaluation techniques, either the software evolution problem is not syst...
The phenomenon of “software evolution ” was observed back in the 1970s when the first large software...
Research in evolution goes on par with the use of ver-sioning systems by developers of the case stud...
This paper re-examines the SPE taxonomy of evolving software systems, first proposed in 1980 (Lehman...
Change is an essential characteristic of software devel-opment, as software systems must respond to ...
In many software design and evaluation techniques, either the software evolution problem is not syst...
The SPE taxonomy of evolving software systems, first proposed by Lehman in 1980, is re-examined in t...
Systems are not expected to stay the same over many versions; if there were no change at all there w...
During the last few years, software evolution research has explored new domains such as the study of...
Software evolution research is a thriving area of software engineering research. Recent years have s...
About the book: In summary, the book covers conceptual, phenomenological, empirical, technological ...
A number of interesting phenomena can be observed when lifelong processes of object-oriented softwar...
AbstractSoftware Evolution through TransformationsBusinesses, organisations and society at large are...
Part 2: Evolutionary ComputationInternational audienceBecause of the vital need for software systems...
First, we note that Evolution is one of Brooks ' [1] essential characteristics of software syst...
In many software design and evaluation techniques, either the software evolution problem is not syst...
The phenomenon of “software evolution ” was observed back in the 1970s when the first large software...
Research in evolution goes on par with the use of ver-sioning systems by developers of the case stud...
This paper re-examines the SPE taxonomy of evolving software systems, first proposed in 1980 (Lehman...
Change is an essential characteristic of software devel-opment, as software systems must respond to ...
In many software design and evaluation techniques, either the software evolution problem is not syst...
The SPE taxonomy of evolving software systems, first proposed by Lehman in 1980, is re-examined in t...
Systems are not expected to stay the same over many versions; if there were no change at all there w...
During the last few years, software evolution research has explored new domains such as the study of...
Software evolution research is a thriving area of software engineering research. Recent years have s...
About the book: In summary, the book covers conceptual, phenomenological, empirical, technological ...
A number of interesting phenomena can be observed when lifelong processes of object-oriented softwar...
AbstractSoftware Evolution through TransformationsBusinesses, organisations and society at large are...
Part 2: Evolutionary ComputationInternational audienceBecause of the vital need for software systems...