Data Providers Handbook - the Planetary Data System - NASA - pds nasa 2026

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Definition and Purpose of the Data Providers Handbook

The Data Providers Handbook is an essential resource designed to guide individuals and organizations in preparing data submissions for NASA's Planetary Data System (PDS). This comprehensive manual provides detailed instructions for compiling and formatting data, ensuring compliance with the stringent standards of PDS4, the latest version of the data system. It covers essential topics such as data product structures, collection methodologies, and the use of XML schemas for accurate data labeling. Designed primarily for data providers contributing to NASA's planetary missions, the handbook ensures that submissions are consistent, standardized, and ready for integration into the Planetary Data System.

How to Use the Data Providers Handbook

To effectively utilize the Data Providers Handbook, data providers should start by thoroughly reviewing the sections on data structure and labeling standards. The handbook offers step-by-step guidance on creating various data products, including bundles and collections. Users should focus on understanding the use of logical identifiers and constructing product labels according to PDS4 specifications. The handbook's comprehensive sections on archive validation processes ensure that each submission is thoroughly checked against PDS4 standards. By following these guidelines, data providers can streamline the preparation process and reduce the risk of errors.

Steps to Complete a Data Submission

  1. Review the Handbook Contents:

    • Begin with an overview of the handbook to understand the scope and requirements.
  2. Organize Data Products:

    • Classify data according to prescribed categories, creating bundles and collections where necessary.
  3. Apply XML Schemas:

    • Use XML schemas for data labeling, ensuring that each product is accurately described.
  4. Define Logical Identifiers:

    • Assign unique identifiers to data products to facilitate retrieval and management within the PDS.
  5. Validate Against PDS4 Standards:

    • Utilize the handbook’s recommended tools and processes for validating data archives.
  6. Submit Data:

    • Follow instructions for finalizing and submitting data packages to NASA's PDS.

Key Elements of the Data Providers Handbook

The handbook emphasizes critical components necessary for successful data submissions. These include guidelines for data product creation, XML schema applications for labeling, and logical identifier usage. Additionally, the handbook outlines strategies for constructing compliant product labels and provides extensive resources for validating archives against PDS4 standards. Key references within the handbook ensure that data providers understand documentation requirements, examples of PDS4 products, and how to access local dictionaries that assist in maintaining data integrity during submissions.

Examples of Using the Handbook

Data providers from various NASA planetary missions have leveraged the handbook to streamline their data integration processes. For instance, teams working on Mars exploration projects have used the handbook to ensure their geological data submissions meet PDS standards. The handbook's examples, which include successfully labeled datasets and compliant archives, serve as valuable references. These practical examples guide new users through the intricacies of data preparation and submission, providing visual references and real-world applications.

Legal Use and Compliance

The Data Providers Handbook aligns with NASA’s legal protocols for data submission and archival. By following its guidelines, data providers ensure that their submissions adhere to the agency's regulatory requirements and data protection policies. The handbook also offers insights into copyright and data usage rights, ensuring that providers understand their legal obligations and retain compliance with NASA's data management standards.

Important Terms Related to the Handbook

Understanding the terminology within the Data Providers Handbook is crucial for effective data submission. Key terms include:

  • XML Schema: A framework used for defining the structure, content, and semantics of XML documents in the PDS4 environment.
  • Logical Identifiers: Unique identifiers assigned to data products to facilitate their organization and retrieval in PDS.
  • PDS4 Standards: The latest version of data standards set by NASA for the Planetary Data System, focusing on consistency and interoperability.

Having a firm grasp of these terms enables providers to effectively navigate the complexities of data submission protocols.

Software Compatibility and Tools

The Data Providers Handbook provides insights into compatible software and tools that facilitate the data submission process. While it primarily focuses on XML and various validation tools recommended by PDS, it is essential for providers to engage with software that supports these functions. Many users find integrating third-party applications such as specialized XML editors beneficial. The handbook discusses methodologies to ensure that software tools align with NASA's data handling requirements, ensuring seamless compatibility and efficient data processing.

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Each PDS4 data product consists of two files, one containing the data and an xml file containing the label. PDS4 recognises four base data structures, array, table, parsable byte stream and encoded byte stream with arrays and tables most commonly in use.
There are NASA facilities across the United States and around the world.
For long-term storage, HECC provides an exascale tape storage system that allows users to archive and retrieve important results quickly, reliably, and securely. Data stored on RAID is migrated to tapes as needed. Copies of user data are written to two separate tape media in silos located in two different buildings.
The Consolidated Information Technology Center is a 22,000 square foot state-of-the art Tier III data center and computer laboratory.
PDS4 is a format used primarily by NASA to store and distribute solar, lunar and planetary imagery data. GDAL provides read-write access to PDS4 formatted imagery data. PDS4 files are compose of a . xml (label) file which references a raw imagery file.

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The PDS4 standard is designed to produce higher quality, more accessible archives using modern software capabilities. PDS4 metadata (labels) are represented in an XML (eXtensible Markup Language) format, for improved software reading and system integration.
NAS provides 115 petabytes of tertiary storage capacity, while the NCCS furnishes 37 petabytes of tertiary storage capacity.

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