PID-Component

The FAIR Digital Objects concept is primarily designed for machine readability, machine interpretability and machine actionability, which results in a highly complex and interconnected infrastructure. To improve the integration, usability, and acceptance of FAIR Digital Objects (FAIR-DOs) - especially among non-technical users - it is therefore important to provide user-friendly and straightforward solutions. This work presents the pid-component, a reusable and highly extensible web component for framework-agnostic visualization of a variety of inputs, including Persistent Identifiers (PIDs), Data Types, ORCiDs, and others. For users, the pid-component provides a clean, uniform, and minimalistic interface for consuming FAIR-DOs. For developers, it enables easy integration into their platforms with minimal effort. This is achieved through a highly modular design with a compact form factor, aligning with the height of a single regular text line, and a minimalistic design approach focused on usability. The pid-component is based on a series of W3C web standards and can be explored through an interactive playground, enabling developers to grasp the functionalities of the pid-component.

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Publication Details

Journal
Open Conference Proceedings
Published
2025-03-18
DOI
https://doi.org/10.52825/ocp.v5i.1411
Primary Topic
Physics and Engineering Research Articles
Type
article
Field-Weighted Citation Impact
0.00

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article

PID-Component

Andreas Pfeil, Thomas Jejkal, Maximilian Inckmann
Open Conference Proceedings
Physics and Engineering Research Articles
article

PID-Component

Andreas Pfeil, Thomas Jejkal, Maximilian Inckmann
article en

Abstract

The FAIR Digital Objects concept is primarily designed for machine readability, machine interpretability and machine actionability, which results in a highly complex and interconnected infrastructure. To improve the integration, usability, and acceptance of FAIR Digital Objects (FAIR-DOs) - especially among non-technical users - it is therefore important to provide user-friendly and straightforward solutions. This work presents the pid-component, a reusable and highly extensible web component for framework-agnostic visualization of a variety of inputs, including Persistent Identifiers (PIDs), Data Types, ORCiDs, and others. For users, the pid-component provides a clean, uniform, and minimalistic interface for consuming FAIR-DOs. For developers, it enables easy integration into their platforms with minimal effort. This is achieved through a highly modular design with a compact form factor, aligning with the height of a single regular text line, and a minimalistic design approach focused on usability. The pid-component is based on a series of W3C web standards and can be explored through an interactive playground, enabling developers to grasp the functionalities of the pid-component.

Open Conference ProceedingsVol. 5
Karlsruhe Institute of Technology (DE)
Helmholtz-Gemeinschaft
Openalex Percentile: Top 95%
Physics and Engineering Research Articles
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