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Are you working on a Data Management and Sharing (DMS) Plan for your NIH grant application under the 2023 NIH DMS policy (NOT-OD-21-013) and curious about the evaluation metric? Check out NIH’s ongoing pilot with DMS Plan templates Alpha and Bravo. The Federal Demonstration Partnership (FDP) NIH DMS Pilot, launched on March 1, 2023, is [Read more]
Persistent Unique Identifiers (PIDs), also known as Digital Persistent Identifiers (DPIs), are globally unique, persistent, machine-resolvable digital identifiers with an associated metadata schema. A PID identifies and locates an entity regardless of where it is hosted or published and enables its unambiguous and long-term identification. PIDs are an essential component of the research ecosystem, linking [Read more]
This is part 4 of a four-part blog series on FAIR data principles (Part 1: Findable, part2: Accessible, part3: Interoperable, part4: Reusable). We reviewed making data findable in the part 1 blog, accessible in the part 2 blog, and interoperable in the part 3 blog. In this blog, we will discuss how to make data [Read more]
This is part 3 of a four-part blog series on FAIR data principles (Part 1: Findable, part2: Accessible, part3: Interoperable, part4: Reusable). We reviewed making data findable using metadata in the part 1 blog and making data accessible in the part 2 blog. In this blog, we will discuss how to make data interoperable. Part [Read more]
This is part 2 of a four-part blog series on FAIR data principles (part 1: Findable, part2: Accessible, part3: Interoperable, part4: Reusable). We reviewed making data findable using metadata in part 1, so now we will discuss how to make data accessible. Part 2: Accessible There are three principles: Data should be retrievable by their [Read more]
Here, we will break down the details of the FAIR data principles in a four-part blog series: Part 1: Findable, Part 2: Accessible, Part 3: Interoperable, Part 4: Reusable. So what are the FAIR data principles, and why are they important? The FAIR data principles emphasize machine-actionability to ensure that computational systems can find, access, [Read more]