In order to support the synthesis of large, complex software systems, we need to focus on issues pertaining to the architectural design of a system in addition to algorithm and data structure design. An approach that is based on abstracting the architectural design of a set of problems in the form of a generic architecture, and providing tools that can be used to instantiate the generic architecture for specific problem instances is presented. Such an approach also facilitates reuse of code between different systems belonging to the same problem class. An application of our approach on a realistic problem is described; the results of the exercise are presented; and how our approach compares to other work in this area is discussed
AbstractThe ability of reconfiguring software architectures in order to adapt them to new requiremen...
The importance of reusing approved design solutions is widely recognized in software engineering. Ob...
Context: Modern software systems are prone to a continuous evolution under frequently varying requir...
A framework for synthesizing software systems based on abstracting software system designs and the d...
Abstraction fosters reuse by providing a class of artifacts that can be instantiated or customized t...
Designing software systems, like all design activities, is a knowledge-intensive task. Several studi...
SINAPSE is a domain-specific software design system that generates code from specifications of equat...
n/aAs development costs spiral upwards, creating ever more complex systems from scratch seems impla...
In this thesis, a new systematic approach is introduced for developing software systems from domain-...
This paper describes our research in automating the reuse process through the use of application dom...
Continuous evolution towards very large, heterogeneous, highly dynamic computing systems entails the...
A high degree of abstraction and capacity for reuse can be obtained in software design through the u...
The underlying hypothesis of this work is that a rigorous and comprehensive software reuse methodolo...
Object-oriented methods aim at providing natural ways for decomposing (or composing) a system into (...
The quest for reuse in software engineering is still being pursued and researchers are actively inve...
AbstractThe ability of reconfiguring software architectures in order to adapt them to new requiremen...
The importance of reusing approved design solutions is widely recognized in software engineering. Ob...
Context: Modern software systems are prone to a continuous evolution under frequently varying requir...
A framework for synthesizing software systems based on abstracting software system designs and the d...
Abstraction fosters reuse by providing a class of artifacts that can be instantiated or customized t...
Designing software systems, like all design activities, is a knowledge-intensive task. Several studi...
SINAPSE is a domain-specific software design system that generates code from specifications of equat...
n/aAs development costs spiral upwards, creating ever more complex systems from scratch seems impla...
In this thesis, a new systematic approach is introduced for developing software systems from domain-...
This paper describes our research in automating the reuse process through the use of application dom...
Continuous evolution towards very large, heterogeneous, highly dynamic computing systems entails the...
A high degree of abstraction and capacity for reuse can be obtained in software design through the u...
The underlying hypothesis of this work is that a rigorous and comprehensive software reuse methodolo...
Object-oriented methods aim at providing natural ways for decomposing (or composing) a system into (...
The quest for reuse in software engineering is still being pursued and researchers are actively inve...
AbstractThe ability of reconfiguring software architectures in order to adapt them to new requiremen...
The importance of reusing approved design solutions is widely recognized in software engineering. Ob...
Context: Modern software systems are prone to a continuous evolution under frequently varying requir...