method
active
method:recurrent-position-encodingsRecurrent Position Encodings
Key modification to transformers proposed in this paper: position encodings generated by a recurrent network trained on action sequences.
Neighborhood — ranked by edge-count
Papers (1)
paper
Frameworks (1)
framework
- TEM-Transformer (TEM-t)implementsThe transformer version directly analogous to TEM, introduced in this paper, offering dramatic performance improvements.
Concepts (2)
concept
- Path Integrationanalogous_toNeural mechanism for tracking location through accumulation of self-movement vectors; shown to play the role of position encodings in TEM.
- Position EncodingsextendsMechanism for encoding sequence order in transformers; paper argues these should reflect learned structural representations rather than fixed sines/cosines.
Methods (1)
method
- Method for stabilising drifting recurrent position encodings by querying stored landmark memories to correct path-integrated position.
Related by similarity (8)
cosine ≥ 0.65 · no typed edgeEntities in the same semantic neighborhood but without a typed relation to this one — candidates for new edges or unrecognized duplicates.
- Novel interpretive claim about position encodings inspired by the TEM-transformer correspondence.
- Forward-looking interpretive claim about the implications of recurrent position encodings for NLP research.
- Hypothesis that in language tasks, the abstract structure encoded in positional encodings corresponds to grammatical structure.
- what is the analogue of spatial positional encodings for higher order tasks such as language?question0.764Open question raised in Discussion about extending TEM-t principles beyond spatial navigation.
- The reappearance of similar elements, essential for unity and order in a living floor or ceiling.
- The key novel property of DiffLogic CA — logic gate networks that are recurrent both spatially and temporally
- Quantifies certainty in beliefs; modulates policy selection; related to dopamine encoding.
- The biological mechanism by which chemical gradients create developmental patterns; cited as insufficient to explain coherence of embryological unfolding as a whole