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DDT-RFE:去除残差连接的解耦扩散Transformer
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研究者提出 DDT-RFE,针对 Decoupled Diffusion Transformer(DDT)编码器块的结构进行改进。该方法移除了 Self-Attention 与 MLP 周围的残差连接,并将输入 patch embedding 与中间及最终编码器特征融合,使解码器能够获得多层信息。论文发表于 arXiv(Machine Learning Theory),目前仅见方法提出,暂无实验结果或对比数据报道。
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LatestOct 7
研究者提出DDT-RFE,移除DDT编码器中残差连接并融合多层特征以改进解码器。Timeline
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Oct 7, 2026
- arXiv · Machine Learning TheoryDDT-RFE:是否应跳过 Diffusion 模型中的残差连接
研究者提出 DDT-RFE,移除 Decoupled Diffusion Transformer(DDT)编码器块中 Self-Attention 与 MLP 周围的残差连接,并将输入 patch embedding 与中间及最终编码器特征融合,使解码器获得多层信息。
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