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Analysing and developing object-oriented medical applications with HELIOS

R Le Meur¹, G Georgoulis, F C Jean

¹Cap Gemini Innovation, Boulogne Billancourt, France.

Computer Methods and Programs in Biomedicine

|December 1, 1994

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The HELIOS project introduces the Analysis and Design Development Environment (ADDE) to enhance software development quality and reduce costs. It features the Analysis and Design Tool (ADT) and Insertion Retrieval Tool (IRT) for systematic software reuse.

Area of Science:

Computer Science
Software Engineering

Background:

The HELIOS project aims to systematically reuse existing software within a defined methodological framework.
Software development often incurs high costs and challenges in maintaining quality and documentation.

Purpose of the Study:

To present the design and implementation of the Analysis and Design Development Environment (ADDE) as a core component of the HELIOS project.
To introduce tools that facilitate systematic software reuse and improve the quality of software analysis and design.

Main Methods:

Development of the Analysis and Design Development Environment (ADDE) comprising the Analysis and Design Tool (ADT) and the Insertion Retrieval Tool (IRT).
The ADT supports Rumbaugh's object-oriented methodology for enhanced analysis, design, and documentation.

Related Experiment Videos

The IRT facilitates software reuse through retrieval of existing application parts and qualification of new/updated elements, utilizing a faceted system adapted for the medical domain.

Main Results:

The ADT enhances software development quality by enabling correct analysis, design, and satisfactory documentation.
The IRT enables efficient software reuse by retrieving existing components and qualifying new ones.
A faceted search system adapted to the medical domain improves the efficiency of searching the object database.

Conclusions:

The ADDE, through its ADT and IRT components, effectively promotes systematic software reuse.
Implementation of these tools contributes to reducing the overall cost of software development.