Knowledge and Service Engineering

Description of Knowledge and Service Engineering

We are specialists in knowledge representation and management, while implementing information systems, or data integration systems, regardless of their domain.

  • Semantic data modeling: ontologies, conceptual models, business rule detection and metamodeling.

  • Automated reasoning: inference of new data from existing data, generation of valid test data.

  • Integration: integration of data or systems.

  • Requirements engineering: detection of user needs both in terms of data and processes.

  • Service engineering and business process management: design and development of solutions for service and process management.

  • Web technologies: design and development of web-based applications.

Knowledge and Service Engineering Success Stories

Cardinality estimation of graph data base queries
Cardinality estimation in relational databases is a well-studied problem, but graph databases rarely follow the uniformity and independence assumptions that these estimators make, and therefore lose precision.
UNIDACT (Universal Data Compression with Circular Context Trees)
The objective of the project is to translate Matlab code into C++ and improve its internal structures in order to facilitate the expansion of the project in the near future.
Development of an on-demand HPC task submission portal
In this project, the inLab FIB team has worked jointly with the Barcelona Innovative Transportation (BIT) research group of the ETSECCPB school in the development of a web solution for HPC task submission within the framework of the European E-Med project.
Study of a new triage model of “Hospital de Sant Pau”
The inLab FIB will carry out a study and develop a proof of concept of a new triage system for the “Hospital de la Santa Creu i Sant Pau”. This system will prioritize certain patients to prevent waitings from negatively affecting them.
ARCO Improvement for SEAT
SEAT has contacted inLab FIB and LaCàN to raise the possibility of developing a joint project to scale the use of ARCO and the ePGD library, currently validated for simple models, to solve NVH parametric problems with a realistic car geometry.
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