faeval.git/results/cifar100_d256_L4/results_cifar100.json, branch master Unnamed repository; edit this file 'description' to name the repository. CIFAR-100 d=256 L=4: both FA and DFA fail — strongest qualifying setting 2026-04-26T15:16:39+00:00 YurenHao0426 Blackhao0426@gmail.com 2026-04-26T15:16:39+00:00 6f88add7aed62152ed6776765917e03d5096a5cc CIFAR-100 on the SAME architecture as the main CIFAR-10 audit (d=256 L=4 pre-LN ResMLP) is a setting where BOTH FA and DFA fall below the frozen- blocks baseline at ALL 3 seeds while reporting positive cosine. Frozen baseline (BP-frozen, 2 seeds): 0.177, 0.178 → mean ~0.178 Methods (3 seeds, 100ep): seed BP DFA FA 42 0.319 0.088 0.146 123 0.322 0.087 0.121 456 0.322 0.089 0.131 s456 diagnostics (only seed with full JSON — others being re-run): DFA: cos=+0.030 (positive), h_L=1.9e8, g_L=1.0e-8 FA: cos=+0.247 (positive), h_L=2.3e5, g_L=1.3e-6 BP: cos=+1.000 (trustworthy), h_L=192, g_L=9.7e-4 This is STRONGER than d=512 L=2 CIFAR-10 because: 1. Same architecture as the paper's main audit (d=256 L=4) 2. ALL 3 seeds qualify (not just 3/10) 3. Large margin: FA 4.7pp below frozen, DFA 8.9pp below frozen 4. Standard reporting pair (acc + cos) would NOT walk back either Also added: CIFAR-100 dataset support in cifar_resmlp.py and resmlp_frozen_blocks_baseline.py. Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com> 
CIFAR-100 on the SAME architecture as the main CIFAR-10 audit (d=256 L=4
pre-LN ResMLP) is a setting where BOTH FA and DFA fall below the frozen-
blocks baseline at ALL 3 seeds while reporting positive cosine.

Frozen baseline (BP-frozen, 2 seeds): 0.177, 0.178 → mean ~0.178

Methods (3 seeds, 100ep):
  seed   BP      DFA     FA
  42     0.319   0.088   0.146
  123    0.322   0.087   0.121
  456    0.322   0.089   0.131

s456 diagnostics (only seed with full JSON — others being re-run):
  DFA: cos=+0.030 (positive), h_L=1.9e8, g_L=1.0e-8
  FA:  cos=+0.247 (positive), h_L=2.3e5, g_L=1.3e-6
  BP:  cos=+1.000 (trustworthy), h_L=192, g_L=9.7e-4

This is STRONGER than d=512 L=2 CIFAR-10 because:
1. Same architecture as the paper's main audit (d=256 L=4)
2. ALL 3 seeds qualify (not just 3/10)
3. Large margin: FA 4.7pp below frozen, DFA 8.9pp below frozen
4. Standard reporting pair (acc + cos) would NOT walk back either

Also added: CIFAR-100 dataset support in cifar_resmlp.py and
resmlp_frozen_blocks_baseline.py.

Co-Authored-By: Claude Opus 4.6 (1M context) <noreply@anthropic.com>