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Neural Control Variates with Automatic Integration
Zilu Li*,
Guandao Yang*,
Qingqing Zhao,
Xi Deng,
Leonidas Guibas,
Bharath Hariharan,
Gordon Wetzstein
SIGGRAPH, 2024
We present a method that uses arbitrary neural network architectures as control variates with automatic differentiation to create unbiased, low-variance, and numerically stable Monte Carlo estimators for various problem setups.
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Neural Cache for Monte Carlo Partial Differential Equation Solver
Zilu Li*,
Guandao Yang*,
Xi Deng,
Christopher De Sa,
Bharath Hariharan,
Steve Marschner
SIGGRAPH Asia, 2023
[Page]
Using neural field caches to reduce variance in Monte Carlo PDE solvers. Our method excels when computing is limited and enables effective bias and variance trade-off.
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BT^2: Backward-compatible Training with Basis Transformation
Yifei Zhou*,
Zilu Li*,
Abhinav Shrivastava,
Hengshuang Zhao,
Antonio Torralba,
Taipeng Tian,
Ser-Nam Lim
ICCV, 2023
[Paper]
Introducing a Basis Transformation Method to avoid backfilling in learning new representations for modern retrieval systems.
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Miscellaneous
Outside of research, I spend most time rocking with my band
Cornell Interlude and random city-walking:D
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