Current phase: Drafting
Target: Preprints.org or equivalent preprint server
- Protocol concept confirmed
- Core flow defined
- Actual Artifact First Gate defined
- Probe Patch / Verify / Verified Merge flow defined
- Failed Patch Withdrawal Rule defined
- Cleanup Gate defined
- Two motivating cases selected
- Core specification prepared (
spec/Structural-Patch-Protocol.md) - Code-oriented use case prepared (
use-cases/code/AI-Code-Patch-Protocol.md) - Japanese summary prepared (
paper/summary-ja.md) - English summary prepared (
paper/summary-en.md) - Japanese paper draft
- English summary refinement
- Preprint submission
- DOI acquired
- GitHub updated with citation
- AI-driven patch quality control
- Inference-based erroneous patch prevention
- Actual artifact inspection before modification
- Probe Patch / Verify / Verified Merge flow
- Failed Probe Patch withdrawal
- Invalid patch stacking prevention
- Cleanup as canonical structure reconstruction
- Domain neutrality
- Initial code-oriented use case
- Relation to SAI-Protocol
Out of scope for this paper:
- Quantitative benchmark evaluation
- CI/CD automation
- Formal verification
- Security certification
- Full domain-specific profiles beyond the initial code use case
- Tool implementation requirements
Paper language: Japanese (primary) → English (final)
Preprint server: Preprints.org or equivalent
Repository role: working specification and public protocol materials
Paper role: fixed, citable research snapshot