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    • Home
    • About
    • Planetary Data Systems
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    • Cis-Lunar Data
    • Moon Data
    • Mars Data
    • Asteroid Data
    • Space Mission Ops Tools
    • Open MBEE & SysML v2
  • Home
  • About
  • Planetary Data Systems
  • OSSF AI
  • Academia
  • Cis-Lunar Data
  • Moon Data
  • Mars Data
  • Asteroid Data
  • Space Mission Ops Tools
  • Open MBEE & SysML v2
Hello World!

Welcome to OSSF intelligent governance (OSSIG) GPT

We have created an Artificial Intelligence (AI) Generative Pre-trained Transformer (GPT) using a custom curated data set with a high degree of accuracy and quality based on peer reviewed publications.  The OSSIG GPT is an expert advisor on Planetary Spatial Data Infrastructure (PSDI) and Ethical Governance for OSSF. 

Access OSSIG GPT
Work Flow

Example: OSSIG GPT

OSSIG Question:

Design a space mission that lands a spacecraft on the Moon and deploys a prospecting rover using OpenMBEE, digital twins, and planetary spatial data infrastructures. 

Access OSSIG GPT

open solar system Foundation (OssF) Data integrity

SUBMIT Candidate Data sets & APPS for Certification

Submit the Candidate Data set or Simulation Module

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Commercial OSSF Certification requires agreeing to a licensing agreement where OSSF receives annual certification fees.


Certification provides a listing on the OSSF PSDI web site and in OSSF partnered planetary simulation metaverse eco-systems (e.g. LUNAverse.org).


OSSF requests an open data set for inclusion in the OSSF PSDI open data listings, but entities are free to offer premium versions that can be commercially available.


Simulation applications (Apps) must use OSSIG certified data.

OSSF Certification

OSSF Planetary Dataset Certification Requirements

 

1. Data Organization & Structure

  • ☐ Bundle & Collection Hierarchy: Ensure data is organized into PDS4-compliant bundles and collections.
     
  • ☐ Logical Identifiers (LIDs) & Version Identifiers (VIDs): Assign unique and consistent LIDs and VIDs to all products.
     
  • ☐ File Naming Conventions: Adhere to PDS4 naming conventions for all files.​
     

2. Metadata Compliance

  • ☐ XML Labels: Create XML labels for each data product, conforming to the PDS4 Information Model.
     
  • ☐ ISO 19115 Elements: Include mandatory ISO 19115 metadata elements:
     
    • Title: Descriptive title of the dataset.
       
    • Abstract: Summary of the dataset's content and purpose.
       
    • Responsible Party: Contact information for the dataset's creator or distributor.
       
    • Geographic Location: Spatial extent of the dataset.
       
    • Temporal Extent: Time period covered by the dataset.
       
    • Topic Category: Subject matter of the dataset.
       
    • Language: Language used in the dataset.
       
    • Character Set: Character encoding used.​willcotech.com+1ArcGIS+1
       

3. Data Quality & Validation

  • ☐ Data Integrity: Verify that data files are complete and uncorrupted.
     
  • ☐ Validation Tools: Utilize PDS Validate Tool to check label compliance and data integrity.
     
  • ☐ Quality Metrics: Document data quality measures as per ISO 19157, including:
     
    • Completeness: Extent to which data is complete.
       
    • Consistency: Logical consistency of data.
       
    • Accuracy: Positional and attribute accuracy.​
       

4. Documentation

  • ☐ Software Interface Specification (SIS): Provide detailed SIS documents for data products.
     
  • ☐ Calibration Reports: Include calibration information and procedures.
     
  • ☐ Algorithm Descriptions: Document algorithms used in data processing.​
     

5. Peer Review & Certification

  • ☐ Internal Review: Conduct internal reviews to ensure compliance with PDS4 and ISO standards.
     
  • ☐ External Peer Review: Submit datasets for external peer review as per PDS guidelines.
     
  • ☐ Lien Resolution: Address any issues or liens identified during the review process.
     
  • ☐ Final Submission: Submit the certified dataset to the Open Solar System Inteligent Guru (OSSIG) for archiving.​
     

planetary spatial data infrastucture (PSDI) References

Open Solar System Planetary Spatial Data Infrastructure (OSS-PSDI) will transform static planetary data sets into dynamic and Artificial Intelligence (AI) interactive data sets for evolving the traditional Planetary Data System (PDS) model into an open, continuously evolving, simulation-ready Solar System Knowledge Base.


This transformation will empower scientists, mission planners, engineers, entrepreneurs, and educators worldwide to engage with planetary data dynamically — unlocking unprecedented scientific, economic, and societal opportunities and democratizing access to solar system data and knowledge.

MAPSIT-Roadmap-2019-06-19 (pdf)Download
Concepts_1.23.0 (pdf)Download
PDS4_DataProvidersHandbook_1.23.0 (pdf)Download
StdRef_1.23.0 (pdf)Download
PDS-Future-Data-Services-v4 (pdf)Download

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