Infrastructure requirements resulting from various research scenarios (e.g., PPs) are collected and specified in the form of Infrastructure Use Cases (IUCs). For this purpose, PPs and other research scenarios are analyzed as community inputs regarding their individual data management challenges. The resulting specification of the technological requirements are compared and related to the relevant measures in all task areas. The different IUCs provide research-relevant usage profiles („queries“) with real data and workflows that allows realistic testing during and at the end of development periods. On this basis, NFDI-MatWerk implements (a) Quality assurance for implementation and deployment, (b) a constant alignment of all activities with overarching goals and (c) a clear future perspective for the next development steps of the research data infrastructure.
IUC01 Web-based demonstration and teaching framework for MSE research data infrastructure
IUC02 Framework for curation and distribution of reference datasets
IUC03 Storage concepts for large hierarchical datasets
IUC04 Model driven data space exploration
IUC05 Digital infrastructure and workflows for labs
IUC06 Integrating materials data from experiments and computation (ICME) into Industry 4.0 manufacturing paradigms
IUC07 Beyond 3D: Tools for tracking spatiotemporal microstructure evolution IUC08 Interactive visual exploration for analyzing correlations in high dimensional materials data spaces
IUC08 Interactive visual exploration for analyzing correlations in high dimensional materials data spaces
IUC09 Infrastructure interfaces with condensed matter physics (collaboration with FAIRmat)
IUC10 Interoperability of workflow systems (collaboration with NFDI4Ing)
IUC11 Development of coupled ontologies and workflows for thermochemical treatments
IUC12 Alignment of application- and higher-level ontologies
IUC13 Co-creation environment for experts
IUC14 Adaptive automated characterization pipelines and meta data schemas for high throughput experiments
IUC15 Method- and scale-bridging workflows and data structures for tomography
IUC16 Unified ontology for matrix-inclusion microstructure and composites
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