SACQ: Structured Decoding with Memory-Conditioned Refinement for Long-Horizon Forecasting

SACQ replaces simple flatten readouts in long-horizon forecasting with a two-stage decoding pipeline. It first creates a coarse patch scaffold, then refines it using memory-conditioned cross-attention, and finally fuses them with a learned gate. This explicit structure stabilizes training under long horizons and noisy labels.

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