Germline-absorbing discrete diffusion uses the germline sequence as the absorbing state to reduce germline bias in antibody modeling, raising non-germline residue prediction accuracy from 26% to 46% and improving conditional generation tradeoffs over EvoProtGrad.
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3 Pith papers cite this work. Polarity classification is still indexing.
3
Pith papers citing it
years
2026 3verdicts
UNVERDICTED 3representative citing papers
The paper derives a characterization of minimax risk for KV cache compression and maps it to practical design principles and an algorithm tested on LongBench.
TCR-SRIM uses structure regularization and contact prototypes for interpretable TCR-epitope binding prediction, reports SOTA performance on TCR-XAI, and finds generated structures produce less accurate interaction patterns than experimental ones.
citing papers explorer
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Conditional generation of antibody sequences with classifier-guided germline-absorbing discrete diffusion
Germline-absorbing discrete diffusion uses the germline sequence as the absorbing state to reduce germline bias in antibody modeling, raising non-germline residue prediction accuracy from 26% to 46% and improving conditional generation tradeoffs over EvoProtGrad.
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The risk of KV cache compression
The paper derives a characterization of minimax risk for KV cache compression and maps it to practical design principles and an algorithm tested on LongBench.
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Structure-Regularized Interpretable TCR-Epitope Prediction
TCR-SRIM uses structure regularization and contact prototypes for interpretable TCR-epitope binding prediction, reports SOTA performance on TCR-XAI, and finds generated structures produce less accurate interaction patterns than experimental ones.