A Conceptual Model for Describing and Classifying Interoperability Types - Extended Abstract – CTDGSI 2026

Interoperability is critical to modern information systems, enabling collaboration and data exchange across different software and domains. This master’s thesis reviews 37 secondary studies (2012–2023), identifying 36 types of interoperability, 117 definitions, 13 models, and six frameworks, highlighting a shift from technical to socio-technical issues. To address challenges related to this requirement fulliment, a conceptual model with two diagrams was proposed and evaluated, achieving 87.9% acceptance for the classification diagram and 78.8% for the description diagram. The research aims to improve the understanding of interoperability requirements and contribute to the challenges of the GrandSI-BR 2016–2026 roadmap.

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Publication Details

Published
2025-05-07
DOI
https://doi.org/10.5753/sbsi_estendido.2025.246741
Primary Topic
Systems Engineering Methodologies and Applications
Type
article
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article

A Conceptual Model for Describing and Classifying Interoperability Types - Extended Abstract – CTDGSI 2026

Pedro Henrique Dias Valle, Paulo Maciel, Kécia Souza Santana Santos
Systems Engineering Methodologies and Applications
article

A Conceptual Model for Describing and Classifying Interoperability Types - Extended Abstract – CTDGSI 2026

Pedro Henrique Dias Valle, Paulo Maciel, Kécia Souza Santana Santos
article en

Abstract

Interoperability is critical to modern information systems, enabling collaboration and data exchange across different software and domains. This master’s thesis reviews 37 secondary studies (2012–2023), identifying 36 types of interoperability, 117 definitions, 13 models, and six frameworks, highlighting a shift from technical to socio-technical issues. To address challenges related to this requirement fulliment, a conceptual model with two diagrams was proposed and evaluated, achieving 87.9% acceptance for the classification diagram and 78.8% for the description diagram. The research aims to improve the understanding of interoperability requirements and contribute to the challenges of the GrandSI-BR 2016–2026 roadmap.

Universidad San Pedro (PE)
Openalex Percentile: Top 90%
Systems Engineering Methodologies and Applications
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