Hello,
I am a member of the Intelligent Robotics Group (IRG) at NASA Ames Research Center and have been working to characterize SpaceROS’s performance in flight-like configurations so mission designers and system engineers can decide if SpaceROS fits their requirements and constraints.
The turnout for last week’s working group meeting was impressive; clearly, there is interest that I’d like to leverage into a discussion about community adoption.
What do you need to begin working with SpaceROS?
Either to gauge suitability for personal involvement or evidence needed by decision-makers in your organization to allow consideration/experimentation.
Some categories to help spur discussion:
- Performance: What empirical metrics do you need when considering SpaceROS for a project? Are there specific types of benchmarks you’d like to see?
- Compatibility: Is there hardware you need to see supported or other systems (e.g., cFS, COSMOS, etc.) you need to interface with to begin working with SpaceROS?
- Capabilities: Are there key features that make SpaceROS more enticing or missing must-haves that block consideration?
- Requirements: What validation and verification hurdles would prevent you from considering SpaceROS, and how do they fit in with the validation & verification efforts discussed at the meeting? (see @mmoll’s excellent meeting notes for a recap)
Disclaimer: This is not a formal request for information, and I am neither promising nor directing work based on the response. However, a robust community discussion about adoption provides valuable insight for bootstrapping the community.