docs: move research dossier into docs/ and update cross-references

README.md

@@ -2,7 +2,7 @@
 
 **Status: research dossier and partially executed prototype, 2026-10-31.** Revised Project B is the provisional priority. None of A/B/C has been established as a novel publishable result. No real dataset has been trained on or evaluated in this environment.
 
-Read in order: `research_decision.md`, `novelty_matrix.md`, `mathematical_analysis.md`, `literature_review.md`, `experiment_plan.md`. Full bibliographic verification, dataset rights/downloads and several upstream implementations remain open, individually marked in the review. There are 10 A, 15 B and 12 C relevant reference placements with overlap, plus a pending NP-loss reference. General loss/calibration papers are explicitly distinguished from IRSTD papers.
+Read in order: `docs/research_decision.md`, `docs/novelty_matrix.md`, `docs/mathematical_analysis.md`, `docs/literature_review.md`, `docs/experiment_plan.md`. Full bibliographic verification, dataset rights/downloads and several upstream implementations remain open, individually marked in the review. There are 10 A, 15 B and 12 C relevant reference placements with overlap, plus a pending NP-loss reference. General loss/calibration papers are explicitly distinguished from IRSTD papers.
 
 ## Contents
 
@@ -13,7 +13,7 @@ Read in order: `research_decision.md`, `novelty_matrix.md`, `mathematical_analys
 - `configs/ablations.csv`: prepared versus unimplemented comparisons.
 - `evidence/papers.json`: bibliographic/status records; no copied paper text.
 - `results/`: actual test logs and analytic calculations only.
-- `manuscript_outline.md`, `research_log.md`: writing and milestone records.
+- `docs/manuscript_outline.md`, `docs/research_log.md`: writing and milestone records.
 
 ## Actual execution status
 
@@ -37,7 +37,7 @@ For CPU-only evaluation, omit PyTorch; `evaluate.py` imports it only when a lear
 
 ## Data preparation
 
-No data, checkpoints or third-party code are bundled. Follow `data/README.md` and `experiment_plan.md`. Create `data/manifest.csv` with native uint8 image/mask paths, exact split membership and independent scene groups. Original test sets stay untouched; dev and cal come from training groups or separately authorized data. Binary masks cannot resolve overlapping target identities. License and annotation audits are required before claiming a valid benchmark.
+No data, checkpoints or third-party code are bundled. Follow `data/README.md` and `docs/experiment_plan.md`. Create `data/manifest.csv` with native uint8 image/mask paths, exact split membership and independent scene groups. Original test sets stay untouched; dev and cal come from training groups or separately authorized data. Binary masks cannot resolve overlapping target identities. License and annotation audits are required before claiming a valid benchmark.
 
 ```bash
 python scripts/audit_data.py --manifest data/manifest.csv --out data/audit.json
@@ -84,4 +84,4 @@ The benchmark uses random images solely for timing. It excludes disk IO and lear
 
 Add `--calibration-method fixed_sequence` to the calibration command to test the predeclared thresholds from highest to lowest and stop at the first failure. The default remains `bonferroni` for reference. Count risk uses the Hoeffding KL bound on FP/cap; any-alarm risk uses an exact binomial lower-tail test. The output reports a certified risk budget, not a simultaneous table of confidence bounds. Choose the procedure before calibration; selecting whichever procedure works on the same labels requires its own error allocation.
 
-At alpha=.01 and delta=.05, zero observed errors need 299 independent images for the fixed-sequence any-alarm test, or 19,172 for count risk with cap=64. These are procedure-specific calculations, not universal lower bounds. See mathematical_analysis.md.
+At alpha=.01 and delta=.05, zero observed errors need 299 independent images for the fixed-sequence any-alarm test, or 19,172 for count risk with cap=64. These are procedure-specific calculations, not universal lower bounds. See docs/mathematical_analysis.md.