diff options
| author | YurenHao0426 <Blackhao0426@gmail.com> | 2026-07-22 12:10:39 -0500 |
|---|---|---|
| committer | YurenHao0426 <Blackhao0426@gmail.com> | 2026-07-22 12:10:39 -0500 |
| commit | 04de9326e60bb9e3592c0ddb5474265d228cbce0 (patch) | |
| tree | 2066af6e8b164ea825934a416581f73dbaa13c58 /PAPER_PLAN.md | |
| parent | 09e8ccdf2404ba0691bffeab00cf223fcbd13222 (diff) | |
results: record failed Oral-A full ResNet gate
Diffstat (limited to 'PAPER_PLAN.md')
| -rw-r--r-- | PAPER_PLAN.md | 30 |
1 files changed, 18 insertions, 12 deletions
diff --git a/PAPER_PLAN.md b/PAPER_PLAN.md index a401909..1c958ff 100644 --- a/PAPER_PLAN.md +++ b/PAPER_PLAN.md @@ -43,10 +43,11 @@ as a limitation rather than a title claim. 5. Report the frozen depth panel: SDIL changes by only `-0.214 +/- 0.349` points over 12x hidden depth while DFA alignment falls to `0.047`; qualify that flattened CIFAR is depth-flat. -6. Insert the native-baseline and standard-ResNet result only after their - strict imports/gates complete. End with the supported scope: innovation is - useful for soma-predictable traffic, while learned feedback amortization - remains the useful-depth bottleneck. +6. Report the failed standard-ResNet A3 gate as a limitation: short-run SDIL + beat tuned DFA, but the full recipe became nonfinite and did not open A4. + End with the supported scope: innovation is useful for soma-predictable + traffic, while learned feedback amortization and long-horizon stability + remain the useful-depth bottlenecks. The abstract should not mention the failed desired-velocity hypothesis unless the paper explicitly positions that falsification as a contribution. It must @@ -66,10 +67,11 @@ not imply that no-traffic scaling establishes the necessity of residualization. preservation, alignment, query/MAC/memory cost, and direct-versus-amortized causal feedback. 4. **Scientific negatives.** Broad top-down traffic, useful-depth learned - vectorization, and the Harnett desired-velocity signature fail their frozen - gates, defining the method's actual boundary. -5. **Standard scale, conditional.** Add only if Oral-A passes its validation - and untouched confirmation gates. + vectorization, the Harnett desired-velocity signature, and full standard + ResNet stability fail their frozen gates, defining the method's actual + boundary. +5. **Standard scale.** Do not claim it: A3 failed and the A4 test panel stayed + sealed. ## Figure order in the manuscript @@ -81,9 +83,9 @@ numbering. 2. **Accuracy/cost:** current `figure1_pareto`, augmented by the completed native-author table in the text or supplement. Do not place unmatched architectures on one purported equal-compute frontier. -3. **Depth scaling:** current `figure2_scaling`. If Oral-A A4 passes, add or - replace with the ResNet20/32/56 accuracy, alignment-retention, and local-cost - panel; retain the MLP result as controlled diagnosis. +3. **Depth scaling:** current `figure2_scaling`. Retain the MLP result as a + controlled depth-preservation diagnosis; report the failed ResNet-20 A3 + trajectory in the limitations or supplement, not as a scaling figure. 4. **Mechanism/cost anatomy:** query-budget retention, direct-NP diagnosis, predictor timescale, and failure boundaries. This can be a main figure if space permits or a dense supplementary figure. @@ -151,7 +153,7 @@ numbering. |:--|:--|:--| | “This is Lansdell synthetic feedback renamed.” | `NOVELTY.md`; no-traffic method explicitly attributed; raw/matched/innovation panel isolates the new operation | Novelty remains narrow and needs clear writing | | “The residual only clips an oversized signal.” | Per-example norm-matched raw control; positive scaling preserves cosine; Figure mechanism panel | Artificial predictable traffic is still a controlled construction | -| “Depth does not help this task.” | Claim says preservation; C2 reports the learned-vectorizer failure; Oral-A targets standard useful scale | Fatal to a broad scaling claim unless Oral-A passes | +| “Depth does not help this task.” | Claim says preservation; C2 reports the learned-vectorizer failure; Oral-A A3 is retained as a failed standard-scale test | Fatal to a broad scaling claim; the paper must remain mechanism-focused | | “Local methods hide enormous extra work.” | Logical queries, MACs, peak memory, wall time, C3 confirmation, EP/native protocols | Hardware implementations are not all equally optimized | | “Weak baselines define the win.” | BP/FA/DFA/direct NP/FF/PEPITA/EP plus native BurstCCN and Dual Prop | Native reproductions are one seed and method-native, not equal compute | | “Harnett already proves the biological story.” | Oral-B preregistration and complete negative result | Biological contribution is limited without new data or a new passed prediction | @@ -174,3 +176,7 @@ innovation is load-bearing under identifiable mixed traffic and the inherited causal-feedback backbone preserves depth on the controlled task, but standard useful scaling remains unresolved. The correct response is a narrower title, claim, and score—not another post-hoc ResNet tuning branch. + +This is the realized branch: A3 SDIL became nonfinite at epoch 90 and ended at +chance. A4 remained untouched. The working title therefore stays +mechanism-focused, and the standard-ResNet result is a disclosed limitation. |
