Technical report
Prospective framework for safe self-repairing robot swarms
This self-deposited monograph proposes linking fault diagnosis, risk isolation, reversible repair and independent requalification in robot swarms. The description explicitly calls the integrated architecture a hypothesis and its equations design heuristics. It offers research questions about latent failure and verification independence, without reporting a demonstrated self-repairing safety system or completed experiments.
Reviewed 2026-11-05 · Source and bibliography checked
- Original title
- Autonomous Self-Repairing Robotic Swarms at the Limit
- Publisher
- Zenodo
- Authors
- 33
- DOI
- 10.5281/zenodo.23483720
- Publication date
- 2026-10-19
- Source language
- en
- Access
- Public bibliography and abstract
- Publication status
- Proposed research
Source overview
This self-deposited monograph proposes linking fault diagnosis, risk isolation, reversible repair and independent requalification in robot swarms. The description explicitly calls the integrated architecture a hypothesis and its equations design heuristics. It offers research questions about latent failure and verification independence, without reporting a demonstrated self-repairing safety system or completed experiments.
Use and review
Source checking covers catalogue metadata and available public abstract or description. Full-text methods and references were not reviewed, and software was not executed. This summary does not establish conformity or product safety.
Sources & editions
Autonomous Self-Repairing Robotic Swarms at the Limit ↗
Zenodo · Source page checked 2026-11-05
Primary landing-page metadata and public abstract/description, plus DataCite registration and version relations; attached files were not downloaded or fully reviewed. Cover page1 separately checked for title/subtitle/creator identity; body not reviewed.