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Variable rate neural compression for sparse detector data

delete2026-02-02
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OA
AI
Y
Yi Huang *
Y
Yeonju Go
J
Jin Huang
S
Shuhang Li
X
Xihaier Luo
T
Thomas Marshall
J
Joseph D. Osborn
C
C. Pinkenburg
Y
Yihui Ren
E
Evgeny Shulga
S
Shinjae Yoo
B
Byung-Jun Yoon
DOI:10.1016/j.patter.2025.101452delete
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Abstract

Abstract

En 中文
• Sparse-voxel key-point selection enables adaptive compression by signal density • Outstanding reconstruction accuracy at higher compression ratios • Lightweight model with just 382 trainable parameters • Compression throughput scales favorably for very sparse data
Keywords:
deep learning
autoencoder
high-throughput inference
data compression
sparse data
sparse neural network
high-energy and nuclear physics
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C
Columbia University
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