Detailed Implementation of a Reproducible Machine Learning-Enabled Workflow

Machine learning (ML) and advanced computational methods are powerful tools for processing and deriving value from large data volumes. These methods are being developed and deployed rapidly, but best practices are still evolving regarding code and data standards, leading to irreproducibility of ML-enabled research. In this Practice Paper, we describe our efforts to make a ML-enabled research project to create a global inventory of biodata resources open and reproducible. To contribute to community conversations on evolving norms and expectations, we present our experiences as a practical, real-world case study that includes the implementation details as well as our overall approach and subsequent decisions. Our goal in openly sharing this experience is to provide a concrete example that others may consider as they look to vet, adapt, and adopt similar strategies to make their own work open and reproducible

Biodata Resource Inventory Dataset

<p>final_inventory_2022.csv is the result of the Biodata Resource Inventory conducted in 2022. data_dictionary.csv provides an explanation of the columns in the inventory file.</p&gt

Biodata Resource Inventory Supplemental Materials

<p>This is a preprint version of the supplemental materials associated with the manuscript titled A Machine Learning-Enabled Open Biodata Resource Inventory from the Scientific Literature by Imker et al. 2023.</p&gt