원문정보
초록
영어
Implementation of an analytical model of component based software into web based system is an important issue towards the effective software development. The mechanism towards such model implementation also enriches the quality of the model design. Formal specification would help to provide concrete and precise concept of a model. This paper has proposed a formal specification of an analytical model for a component based system, called Component-Class-Interface (CCI) which facilitates a sophisticated description of component model with mathematical explanation. A logical level implementation mechanism of such formally specified analytical model has been also implemented along with re-engineering facility. Moreover, a rule based transformation mechanism has been proposed to transform CCI into logical model. The correctness of such model transformation has been evaluated using Triple Graph Grammar. A comparative study has also been discussed to show the expressiveness of the proposed methodology. Moreover the concepts of the proposed approach have been implemented using a CASE tool.
목차
1. Introduction
2. Related Work
3. ZFSCM: The Conceptual Model
3.1. Modeling Constructs and Relationship Types of ZFSCM
4. Component Analysis Model: Component-Class-Interface (CCI)
4.1. Component-Class-Interface (CCI)
5. Formal Specification of Component-Class-Interface
6. Transformation of Component Analysis Model (CCI) to Logical Level Design
6.1. Transformation of Component Analysis Model (CCI) to Conceptual Level Design (ZFSCM)
6.2. Transformation of Conceptual Level Design (ZFSCM) to Logical Level Design (XSD)
7. Illustration with Case Study
8. Correctness of Proposed Model Transformation
8.1. Correctness of Model Transformation from Component Analytical Model (CCI) to Conceptual Design (ZFSCM)
8.2. Correctness of Model Transformation from Conceptual Design (ZFSCM) to Logical Design (Equivalent XSD)
9. Case Tool for CCI and ZFSCM
10. Evaluation of the Proposed Approach
11. Benefits of Component-Class-Interface (CCI)
12. Conclusion and Future Work
References