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Diffstat (limited to 'docs/campaign/CASCADE_ABLATION_PLAN.md')
| -rw-r--r-- | docs/campaign/CASCADE_ABLATION_PLAN.md | 10 |
1 files changed, 8 insertions, 2 deletions
diff --git a/docs/campaign/CASCADE_ABLATION_PLAN.md b/docs/campaign/CASCADE_ABLATION_PLAN.md index c480c11..03e3b52 100644 --- a/docs/campaign/CASCADE_ABLATION_PLAN.md +++ b/docs/campaign/CASCADE_ABLATION_PLAN.md @@ -43,8 +43,14 @@ The looped-EP precedent multiplier was ~230× BP; the K-frontier decides whether reads (no global backward graph); the EQUILIBRIUM mode (jacobi/CG to convergence) remains the physically-meaningful EP column — priced expensive by the sweep, CG/preconditioning is the B2 job, and it is the analog-hardware rung (E-tier). -- **C1 money run LAUNCHED:** casc_ep6 (zil, seed 0) vs casc_bp6 (BP twin, best 2.9746@4k) — - step-0 CE bit-identical (true twin). 107 GPU3. +- **C1 (zil) ran and is RETIRED with zil itself:** casc_ep6 best 3.3236 vs BP twin 2.9746 (gap 0.35 + — single-sided zil top-read carries an O(β) shift on the readout term; moot now). + **USER DIRECTIVE (2026-07-09 night): zil is NOT the route — it is BP in disguise; the project + stays on TRUE EP = equilibrium-mode two-phase relaxation.** zil survives only as (a) a diagnostic + upper bound, (b) optionally a numerical STATE-INIT trick for GPU simulation (`--init_sweep`: + readout still taken at the relaxed equilibrium = clean EP semantics; hardware needs no init trick + — physics settles). **Critical path = B2: make the equilibrium solver cheap** (Adam-on-states / + init-sweep warm start / GS-multi-sweep / λ_l preconditioning), then rerun C1 in equilibrium mode. ## Tier 0 — gate hardening (probe-scale, hours, no training) → K1 |