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Prospective Coding Improves Learning in Deep Continuous-Time Recurrent Networks

Paper recorded by Signals 4 on 2026-09-03 in cs.LG. Abstract reproduced from arXiv; link to the original below.

Published 2026-09-03 on arXiv · recorded by Signals 4 on 2026-09-04

Category: cs.LG · 机器学习 · first seen 2026-09-04

Abstract

Temporal integration gives continuous-time recurrent networks memory, but in deep stacks it also delays bottom-up signals and attenuates top-down errors. We develop Recursive Quadrature Filters (RQFs), biologically motivated complex-valued temporal filters that are a special case of diagonal state-space models (SSMs), and ask whether this failure mode can be addressed by making each layer's bottom

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#130 most recent of 215 cs.LG papers we have recorded · ↑ newer: Parameterised graph theory for tensor networks: entanglement rerouting · ↓ older: Constant regret in general games via higher-order optimism
Cite this page: Prospective Coding Improves Learning in Deep Continuous-Time Recurrent Networks: the #130 most recent of 215 cs.LG papers we have recorded (as of 2026-09-03). Source: Signals 4 (Signals API) — https://data.jiangzhang.ca/signals4/t/papers/prospective-coding-improves-learning-in-deep-continuous-time-recurrent-networks.html
Free to quote with attribution to “Signals 4 (Signals API)”. Machine-readable: papers.json
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