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Multiplicative vs. Additive State Coupling in Learned Optimizer Schedules

Paper recorded by Signals 4 on 2026-10-23 in cs.AI. Abstract reproduced from arXiv; link to the original below.

Published 2026-10-23 on arXiv · recorded by Signals 4 on 2026-10-26

Category: cs.AI · 人工智能 · first seen 2026-10-26

Abstract

We learn schedules for a continuous penalty relaxation of MAX-CUT by backpropagating through an unrolled classical solver. A state-blind schedule generalizes to instances substantially larger than those used for training. A state-adaptive bilinear schedule also generalizes out of distribution, outperforming its untrained baseline across 15 seeds ($t=4.1$). By contrast, an additive ablation with id

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#179 most recent of 960 cs.AI papers we have recorded · ↑ newer: HarnessMM: Recursive Self-Improvement for Harness Token Efficiency · ↓ older: Every Edge Needs a Quote: Building a Quote-Grounded Knowledge Graph of
Cite this page: Multiplicative vs. Additive State Coupling in Learned Optimizer Schedules: the #179 most recent of 960 cs.AI papers we have recorded (as of 2026-10-23). Source: Signals 4 (Signals API) — https://data.jiangzhang.ca/signals4/t/papers/multiplicative-vs-additive-state-coupling-in-learned-optimizer-schedules.html
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