Perceiver resampler
Learned queries cross-attend to many visual features and compress them to a fixed number of tokens.
How this idea evolved
Each step is the idea’s introducing paper. The line between steps is the citation link between those papers.
- 2014
Let a decoder look back at the most relevant input positions instead of one fixed vector.
Cites · not yet reviewedcited 5× · §Model Architecture“Most competitive neural sequence transduction models have an encoder-decoder structure [5, 2, 35].”
From Transformer · §Model Architecture - 2017
Every token attends to every other token, weighted by learned query–key similarity.
Cites · not yet reviewedcited 3× · §Introduction“Transformer, (Vaswani et al. 2017)).”
From Set Transformer · §Introduction - 2018
A few learned vectors attend to a large set and summarise it: the idea behind later resamplers and query transformers.
Cites · not yet reviewedcited 2× · §Methods“Attention is a permutation-invariant operation, and this property is preserved by the Perceiver and related models (Lee et al. 2019).”
From Perceiver · §Methods - 2021
A small latent array cross-attends to huge inputs, decoupling depth from input size.
Also draws on: Self-attention (Transformer)
Cites · not yet reviewedcited 2× · §Approach“Similar to Perceiver [48] and DETR [13], we learn a predefined number of latent input queries which are fed to a Transformer and cross-attend to the visual features.”
From Flamingo · §Approach - 2022
Learned queries cross-attend to many visual features and compress them to a fixed number of tokens.
Papers using this
No other paper in this dataset is tagged with it yet.