Specifying Data Bases Management Systems by Using RM-ODP Engineering Language

TL;DR

This paper presents a structured approach to specifying database management systems within the RM-ODP framework, emphasizing the use of three schemas to enhance clarity and consistency in complex distributed system design.

Contribution

It introduces a novel method for specifying DBMS using RM-ODP viewpoints and schemas, integrating semantic modeling for improved system development.

Findings

Defined a DBMS object model within RM-ODP

Described DBMS objects and their structure

Connected models to system instances using semantic approach

Abstract

Distributed systems can be very large and complex. The various considerations that influence their design can result in a substantial specification, which requires a structured framework that has to be managed successfully. The purpose of the RMODP is to define such a framework. The Reference Model for Open Distributed Processing (RM-ODP) provides a framework within which support of distribution, inter-working and portability can be integrated. It defines: an object model, architectural concepts and architecture for the development of ODP systems in terms of five viewpoints. Which include an information viewpoint. Since the usage of Data bases management systems (DBMS) in complex networks is increasing considerably, we are interested, in our work, in giving DBMS specifications through the use of the three schemas (static, dynamic, invariant). The present paper is organized as follows. After a literature review, we will describe then the subset of concepts considered in this work named the database management system (DBMS) object model. In the third section, we will be interested in the engineering language and DMBS structure by describing essentially DBMS objects. Finally, we will present DBMS engineering specifications and makes the connection between models and their instances. This introduces the basic form of the semantic approach we have described here.