Hybrid Architecture to Achieve Semantic Interoperability for Engineering Oil and Gas Industry Process
Elvismary Molina de Armas, Vitor Pinheiro de Almeida, Júlio Gonçalves Campos, Geiza Maria Hamazaki da Silva, Rodrigo Goyannes Gusm�ão Caiado, Hugo Fernandes Neves, Eduardo Thadeu Corseuil, Denyson Tomaz de Lima, Fernando Rodrigues Gonzalez · 2021
In the new era of Information & Communication Technologies, the interoperability between systems has been gaining importance in the industry, becoming the key to achieve better information management, production control, decision making, failure control, and risk management, significantly reducing the production costs. Studies to provide interoperability between systems have been focused on computational architectures, including conceptual models and implementations. In this work, a novel proposed architecture is presented. It is based on paradigms like Polystores and Ontology-based Data Access (OBDA), and streaming data processing over micro-services. Also, an implementation of the proposed architecture was developed. Finally, the approach was evaluated over a case study that integrates engineering data from different data sources in the oil and gas industry context.