Complex systems are usually made of heterogeneous components, either hardware or software or both. Component interactions, mostly those unexpected, are a source of conflict, since one of the main concerns for system reliability and predictability is precisely this component interaction. This paper reviews a number of approaches, produced over an eight year period, to component interaction focussing on component interaction modelling, testing and testing coverage. Other topics such as component interaction observation and pure monitoring/visualization of component interactions are outlined
Complex software systems are commonly developed by integrating multiple, occasionally Off-The-Shelf ...
This paper presents the results of a meta-analysis carried out on the results of six experiments to ...
The use of components in development of complex software systems can surely have various benefits. T...
Component-based development has emerged as a system engineering approach that promises rapid softwar...
Systems constructed from components, including distributed systems, consist of a number of elements ...
Many component-based systems are deployed in diverse environments, each with different components an...
Abstract—Although desirable as an important activity for quality assurances and enhancing reliabilit...
Combinatorial interaction testing (CIT) is an effective failure detection method for many types of s...
The identification of interaction faults in component-based systems has focused on indicating the pr...
Due to varying demands by customers, some software systems need to be configurable and need to have ...
In component-based systems, two interacting components are compatible if all sequences of services r...
Abstract: In this article, an automated statistical test approach for the systematic quality assuran...
AbstractIn this paper, a testing method suitable for strengthening fault tolerance in the event of u...
This paper presents the results of a meta-analysis carried out on the results of six experiments to ...
Component-based technology is increasingly adopted to speed up the development of complex software t...
Complex software systems are commonly developed by integrating multiple, occasionally Off-The-Shelf ...
This paper presents the results of a meta-analysis carried out on the results of six experiments to ...
The use of components in development of complex software systems can surely have various benefits. T...
Component-based development has emerged as a system engineering approach that promises rapid softwar...
Systems constructed from components, including distributed systems, consist of a number of elements ...
Many component-based systems are deployed in diverse environments, each with different components an...
Abstract—Although desirable as an important activity for quality assurances and enhancing reliabilit...
Combinatorial interaction testing (CIT) is an effective failure detection method for many types of s...
The identification of interaction faults in component-based systems has focused on indicating the pr...
Due to varying demands by customers, some software systems need to be configurable and need to have ...
In component-based systems, two interacting components are compatible if all sequences of services r...
Abstract: In this article, an automated statistical test approach for the systematic quality assuran...
AbstractIn this paper, a testing method suitable for strengthening fault tolerance in the event of u...
This paper presents the results of a meta-analysis carried out on the results of six experiments to ...
Component-based technology is increasingly adopted to speed up the development of complex software t...
Complex software systems are commonly developed by integrating multiple, occasionally Off-The-Shelf ...
This paper presents the results of a meta-analysis carried out on the results of six experiments to ...
The use of components in development of complex software systems can surely have various benefits. T...