From a FAIR Workflow Blueprint to an Executable Data Harmonisation Pipeline: Exploiting the BnF SPARQL Service to Produce and Disseminate an Early Modern Research-Oriented Bibliographic Dataset

Enhancing Interoperability of SPARQL Endpoints: RESTful and OAI-PMH API for the DH-ATLAS Project

Validation-Driven Automation in a Federated XML Ingest Pipeline: The NCBI Bookshelf Case

This work demonstrates how validation can serve not only as a quality assurance mechanism, but as a central organizing principle for workflow automation, enabling scalable and reliable content management across a distributed XML ecosystem.

Integrating Semantics into Research Data Management: Modelling and Validating Materials Science Experiment Workflows

This work describes the modelling of a relational RDM system with an ontology, and the subsequent construction of a KG based on it, and shows how to easily and reliably build an efficient KG from such domain-specific RDM systems, but also how doing so enables more advanced use cases.

LLMCrater: Lifecycle-Aware FAIR Metadata Generation using Large Language Models

LLMCrater is a lifecycle-aware metadata generation framework that combines Large Language Models (LLMs) with stage-specific RO-Crate metadata profiles that progressively enriches metadata across four research lifecycle stages while remaining compatible with RO-Crate~1.1 and EOSC metadata recommendations.

A Workflow-Based Approach for Metadata Interoperability via Domain-Specific Schema Mapping to DataCite

This study contributes a systematic workflow for metadata mapping and provides empirical evidence on the limitations of current metadata standardization practices, supporting future efforts toward improved cross-domain metadata interoperability.

Bridging Digital and Publishing in the Humanities: Connecting Editorial Workflows through Open Standards

PubLink is presented, a modular toolset designed to bridge gaps in digital publishing by connecting existing systems and standards rather than replacing them, minimizing dependency on any single platform.