This paper presents a software component composition methodology based on Axiomatic Design theory and Design Structure Matrix. The methodology we propose helps overcome anomalies and functional problems such as deadlock. Our approach can be described in two steps. First, we decompose the system to detect coupled components by using the Design Structure Matrix. Secondly, we represent attribute and method dependencies of the coupled components to identify issues during software composition using Design Matrix (DM) of Axiomatic Design
ABSTRACT A design decomposition-integration model, named COPE, is proposed in which Axiomatic Design...
This paper analyzes existing design methods and their relationship. It is concluded that Axiomatic D...
Modern software systems become increasingly complex as they are expected to support a large variety ...
The design of a large component-based software system typically involves the composition of differen...
A form of design guidance is offered through a process that applies Axiomatic Design Theory to Compo...
A form of design guidance is offered through a process that applies Axiomatic Design Theory to Compo...
This paper introduces a rigorous analysis approach to software design composition based on automate...
International audienceComponent-based software development focuses on building large software system...
Building large software systems out of existing software components can save time and cost. These so...
A major emphasis in software development is placed on identifying and reconciling architectural and ...
This paper presents a new software design methodology based on axiomatic design theory that incorpor...
Abstract—Constructing software from components is considered to be a key requirement for managing th...
The separation of concerns principle aims at decomposing a given design problem into concerns that a...
Component-based software development focuses on building large software systems by integrating exist...
This research proposes a rule-based approach to system development with Axiomatic Design Theory. The...
ABSTRACT A design decomposition-integration model, named COPE, is proposed in which Axiomatic Design...
This paper analyzes existing design methods and their relationship. It is concluded that Axiomatic D...
Modern software systems become increasingly complex as they are expected to support a large variety ...
The design of a large component-based software system typically involves the composition of differen...
A form of design guidance is offered through a process that applies Axiomatic Design Theory to Compo...
A form of design guidance is offered through a process that applies Axiomatic Design Theory to Compo...
This paper introduces a rigorous analysis approach to software design composition based on automate...
International audienceComponent-based software development focuses on building large software system...
Building large software systems out of existing software components can save time and cost. These so...
A major emphasis in software development is placed on identifying and reconciling architectural and ...
This paper presents a new software design methodology based on axiomatic design theory that incorpor...
Abstract—Constructing software from components is considered to be a key requirement for managing th...
The separation of concerns principle aims at decomposing a given design problem into concerns that a...
Component-based software development focuses on building large software systems by integrating exist...
This research proposes a rule-based approach to system development with Axiomatic Design Theory. The...
ABSTRACT A design decomposition-integration model, named COPE, is proposed in which Axiomatic Design...
This paper analyzes existing design methods and their relationship. It is concluded that Axiomatic D...
Modern software systems become increasingly complex as they are expected to support a large variety ...