ModelMOD-2026-0005v0.1
Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM)
The probabilistic side of every comparison: exact posteriors with numerical reliabilities, Beta-Bernoulli source-quality learning, the joint-likelihood common-cause model for correlated clusters (and its naive-independence negative control), and a Bayesian HMM for regime switches.
Record
provider- EveMissLab (PACC-Lab)
access_type- source inside the PACC-Lab FINAL bundles
known_behavior_notes- Reference, not a competitor; hazard and decay are not exhaustively tuned, so no superiority claim in either direction.
Relations
| Source | Relation | Target | Status | ID |
|---|---|---|---|---|
SYS-2026-0002 PACC-Lab — micro-lab harness for the convergence conjecture | contains | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0098 |
EXP-2026-0008 PACC-Lab v0.1 — E0–E4: first micro-witness | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0163 |
EXP-2026-0009 PACC-Lab v0.2 — third family (N3) and adversarial evidence geometry | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0176 |
EXP-2026-0010 PACC-Lab v0.3 — learned source reliability without an oracle | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0189 |
EXP-2026-0011 PACC-Lab v0.4 — correlated sources and dependence geometry | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0200 |
EXP-2026-0012 PACC-Lab v0.5 — does a richer relation state rescue the latent coordinate? | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0213 |
EXP-2026-0013 PACC-Lab v0.6 — hierarchical composed coordinate | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0224 |
EXP-2026-0014 PACC-Lab v0.7 — cross-geometry coordinate transfer without refitting | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0237 |
EXP-2026-0015 PACC-Lab v0.8 — frozen-coordinate transfer basins over a correlation sweep | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0248 |
EXP-2026-0016 PACC-Lab v0.9 — a three-anchor probability-coordinate atlas | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0261 |
EXP-2026-0017 PACC-Lab v0.10 — oriented cocycle coherence on frozen triple overlap | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0272 |
EXP-2026-0018 PACC-Lab v0.11 — bidirectional cocycle and inverse consistency | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0285 |
EXP-2026-0019 PACC-Lab v0.12 — bounded quadratic transition | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0298 |
EXP-2026-0020 PACC-Lab v0.13 — reverse residual field / base-point dependence | uses_model | MOD-2026-0005 Bayesian reference (exact posterior / Beta-Bernoulli / joint common-cause / HMM) | ACTIVE | REL-2026-0309 |
History and provenance
- Canonical URL
- https://evemisslab.com/ai/models/MOD-2026-0005/
- Machine-readable
/ai/models/MOD-2026-0005/index.json- Snapshot
AI-SNAPSHOT-v0.1-fe85b9694a45- Provenance
source- EveMissLab research collection: Adaptive Epistemic Systems (真本體論13)
extracted_by- Splice (Claude Code), reading the canonical UTF-8 sources and each lab's own result reports
extracted_at- 2026-09-11
generator- tools/extract_aes/extract.py
claim_boundary- status, evidence level and result type follow the source artifact's own stated claim boundary; nothing is upgraded beyond what the report supports