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Meeting MS&T24: Materials Science & Technology
Symposium Standards for Data Science in Additive Manufacturing
Presentation Title Challenges in Producing, Curating, and Sharing Large Multimodal, Multi-Institutional Data Sets for Additive Manufacturing
Author(s) Lyle E. Levine, Brandon Lane, Gerard Lemson, Jai Won Kim, Shengyen Li, Gretchen Greene
On-Site Speaker (Planned) Lyle E. Levine
Abstract Scope The additive manufacturing benchmark series (AM Bench) provides the AM community with rigorous measurement datasets for model validation. Through a collaboration that includes more than a hundred scientists from 11 divisions within the National Institute of Standards and Technology (NIST) and 20 external organizations, AM Bench recently released eight comprehensive sets of metal and polymer AM benchmark data. Developing effective data management and data sharing solutions is critical for providing these validation measurement data to the AM community. Challenges include ensuring measurement and sample provenance, capturing and sharing data and metadata for all measurements, producing numerous formal datasets with data descriptor documents and registered DOI’s, data transportation and storage, data searching, data security, and providing server-side compute capabilities for users to explore large congruent and multimodal datasets. For harmonization with other AM data efforts, adherence to AM data standards and participation in the corresponding data standards activities is required.

OTHER PAPERS PLANNED FOR THIS SYMPOSIUM

Addressing Limitations in the Historical Reporting of Fatigue Meta-Data for Additively Manufactured Titanium Alloys
Challenges in Producing, Curating, and Sharing Large Multimodal, Multi-Institutional Data Sets for Additive Manufacturing
Data Management and Digital Twins for Advanced Manufacturing
How Much Data is Enough Data in the Qualification of AM Parts?
Motivation and Application of Data Science for Additive Manufacturing Process Pre-Qualification
Scientific Data FAIRification and Dynamic Knowledge Infrastructure to Drive AI
Transferability of Workflow in Direct Ink Write Printing and Analysis

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