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authorYurenHao0426 <Blackhao0426@gmail.com>2026-07-21 15:11:41 -0500
committerYurenHao0426 <Blackhao0426@gmail.com>2026-07-21 15:11:41 -0500
commit13cb2f40c600a7e6fa0918c234ee9293b46bb34c (patch)
tree9f45f434c04e4e42121839d55eda4eb548c0e4aa
parentb8acc1ac866f0a25107ec70cb9eeb2a47b852630 (diff)
figures: disclose EP evaluation state initialization
-rw-r--r--experiments/plot_main_figures.py4
1 files changed, 3 insertions, 1 deletions
diff --git a/experiments/plot_main_figures.py b/experiments/plot_main_figures.py
index 9f719d9..19d3819 100644
--- a/experiments/plot_main_figures.py
+++ b/experiments/plot_main_figures.py
@@ -574,7 +574,9 @@ BP is a nonlocal reference and is excluded from frontier construction. Labels gi
Within each matched architecture, every method uses the same budget: 25 epochs for d1 and 60 epochs
for d2. EP retains its published raw-pixel, hard-sigmoid energy dynamics and relaxation
schedule; SDIL retains its z-scored, tanh feedforward dynamics. Thus architecture, examples, and
-epochs are matched, but preprocessing and state dynamics are intentionally method-native.
+epochs are matched, but preprocessing and state dynamics are intentionally method-native. EP
+training particles persist across presentations as published; test particles are freshly
+zero-initialized and run for the full free-phase schedule at each evaluation.
**Figure 2 | Credit-assignment scaling in deep local-learning networks.** Mean ± sample standard
deviation across five seeds on the same CIFAR-10 width-64 residual MLP protocol. **a,** Test