Abstract. This paper presents a discussion of software component integration, with an emphasis on post-factum integration of software systems. The problem is defined; the approaches and associated issues are discussed. Integration of redundant software components, developed using diverse software engineering methodologies, into a fault tolerant system is described. Finally, a novel approach to fault tolerant software integration, based on the critical properties of software systems and the way in which these properties can be maintained by the integrated system despite a component failure, is presented for further research
The product integration is a particularly critical phase of the software product development process...
The component paradigm promises to address many of the productivity and quality problems currently f...
Component-based software engineering is an emerging paradigm for software development. Benefits of c...
This paper presents a discussion of software integration requirements, with an emphasis on the requi...
Complex software systems are commonly developed by integrating multiple, occasionally Off-The-Shelf ...
Component based software engineering promotes the use of software component as a cor- ner stone for ...
In 1968 the idea of Component-Based Software Engineering (CBSE) was introduced at the NATO conferenc...
The integration of system and SW functions for efficiency, performance and especially dependability ...
This report examines the state of the field of software fault tolerance. Terminology, techniques for...
Current mainstream software engineering methods do not consider fault tolerance in the requirements...
There are a number of computer control systems in which a fault in the software can endanger human l...
Component-based development has emerged as a system engineering approach that promises rapid softwar...
Component-based software development is achieving more popularity in today’s software development co...
With the increasing use of software in many systems like telecommunications, e-commerce, manufacturi...
Component-based software built from reusable software components is being used in a wide range of ap...
The product integration is a particularly critical phase of the software product development process...
The component paradigm promises to address many of the productivity and quality problems currently f...
Component-based software engineering is an emerging paradigm for software development. Benefits of c...
This paper presents a discussion of software integration requirements, with an emphasis on the requi...
Complex software systems are commonly developed by integrating multiple, occasionally Off-The-Shelf ...
Component based software engineering promotes the use of software component as a cor- ner stone for ...
In 1968 the idea of Component-Based Software Engineering (CBSE) was introduced at the NATO conferenc...
The integration of system and SW functions for efficiency, performance and especially dependability ...
This report examines the state of the field of software fault tolerance. Terminology, techniques for...
Current mainstream software engineering methods do not consider fault tolerance in the requirements...
There are a number of computer control systems in which a fault in the software can endanger human l...
Component-based development has emerged as a system engineering approach that promises rapid softwar...
Component-based software development is achieving more popularity in today’s software development co...
With the increasing use of software in many systems like telecommunications, e-commerce, manufacturi...
Component-based software built from reusable software components is being used in a wide range of ap...
The product integration is a particularly critical phase of the software product development process...
The component paradigm promises to address many of the productivity and quality problems currently f...
Component-based software engineering is an emerging paradigm for software development. Benefits of c...