Guidelines for Creating Analysis Ready Data: Comprehensive Approach

Keskeiset käsitteet

The authors propose a comprehensive approach to creating Analysis Ready Data (ARD) through ten key steps, addressing ethics, data governance, project documentation, and more. These guidelines aim to ensure high-quality data outputs for analysis.

Tiivistelmä

The content discusses the need for guidelines to produce high-quality data outputs for analysis. It proposes ten steps for creating ARD, covering ethics, project documentation, data governance, and more. The paper contextualizes these guidelines in the creation of the Australian Child and Youth Wellbeing Atlas (ACYWA), emphasizing the importance of metadata, data cleaning, and quality assurance.

The literature review highlights various works focusing on specific aspects of ARD development but lacking a holistic approach. The proposed guidelines aim to fill this gap by providing a comprehensive framework. The ACYWA case study demonstrates the practical application of these guidelines in producing high-quality ARD outputs.

Key elements such as ethics approval, project documentation, data governance strategies, and metadata creation are crucial in ensuring compliance with legal and ethical requirements while safeguarding personal information. The process involves meticulous data discovery and collection methods followed by rigorous data cleaning and quality assurance procedures.

The use of open-source software like R for data cleaning ensures consistency and accuracy in the final ARD output. Quality assurance processes help detect anomalies and ensure long-term data integrity. Metadata creation aligns with FAIR principles to enhance visibility and reusability of the generated ARD.

Tilastot

Landsat analysis ready data for global land cover mapping was discussed.
Open data products framework was used for creating valuable analysis ready data.
Innovative approaches were taken towards generating necessary but not sufficient precondition space economy 4.0.
A pattern catalog was developed for GDPR compliant protection.
Datacubes were introduced for space/time analysis-ready data.
Best practice recommendations were reviewed for text analysis in R.
Managing research data guide was provided by SAGE.
Observations Data Cube lessons from Swiss Data Cube were shared.
Impact of quality assurance on completeness of spinal cord injury registry was studied.
Social media analytics challenges were addressed regarding topic discovery.
Getting started creating shareable datasets through creating data dictionaries was discussed.
FAIR principles interpretations and implementation considerations were explored.
CEOS ARD product self-assessment user guide was developed.

Lainaukset

"Ethics should be at the forefront of project development."
"Project documentation is critical throughout the research project."
"Data governance aims to minimize risk involved in using collected information."

Tärkeimmät oivallukset

Guidelines for the Creation of Analysis Ready Data

by Harriette Ph... klo arxiv.org 03-14-2024

https://arxiv.org/pdf/2403.08127.pdf

Syvällisempiä Kysymyksiä

How can these guidelines be adapted to different fields beyond just research?

These guidelines for the creation of Analysis Ready Data (ARD) can be adapted to various fields beyond research by tailoring them to suit the specific requirements and processes of each field. For example, in industries such as healthcare, finance, or environmental monitoring, similar principles can be applied to ensure data quality, ethics compliance, and effective data management. The key is to understand the unique needs of each field and customize the guidelines accordingly. Additionally, training programs and workshops can be developed to educate professionals in different sectors on how to implement these guidelines effectively.

What are potential drawbacks or limitations of strictly adhering to these guidelines?

While adhering strictly to these guidelines can lead to high-quality ARD outputs, there are potential drawbacks and limitations that should be considered. One limitation could be the time and resources required for thorough data cleaning, quality assurance processes, metadata creation, and documentation. This may result in delays in project timelines or increased costs. Another drawback could be overemphasizing certain steps at the expense of others - for example, focusing too much on data cleaning without giving enough attention to metadata creation could impact data usability.

How can advancements in technology impact the future implementation of these guidelines?

Advancements in technology have a significant impact on the future implementation of these guidelines. Automation tools powered by artificial intelligence (AI) and machine learning algorithms can streamline processes like data cleaning and quality assurance more efficiently than manual methods. Cloud-based storage solutions offer scalability and flexibility for managing large volumes of data securely. Blockchain technology provides enhanced security measures for protecting sensitive information during data governance processes. Overall, technological advancements will continue to enhance the effectiveness and efficiency of implementing these guidelines across various fields.