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HG-NeRF: Casting an Hourglass as a Bundle of Rays for Few-shot Neural Rendering
Seunghyeon Seo,
Yeonjin Chang,
Jayeon Yoo,
Seungwoo Lee,
Hojun Lee,
Nojun Kwak
Under Review  
We cast an hourglass as an additional training ray, which adaptively regularizes the high-frequency components of the samples, and enhance the integrity of training framework by conceptualizing the hourglass as a bundle of flipped diffuse reflection rays, aligning with the Lambertian assumption.
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Fast Sun-aligned Outdoor Scene Relighting based on TensoRF
Yeonjin Chang,
Yearim Kim,
Seunghyeon Seo,
Jung Yi,
Nojun Kwak
WACV, 2024  
arXiv
We simplify outdoor scene relighting for NeRF by aligning with the sun, eliminating the need for environment maps and speeding up the process using a novel cubemap concept within the framework of TensoRF.
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FlipNeRF: Flipped Reflection Rays for Few-shot Novel View Synthesis
Seunghyeon Seo,
Yeonjin Chang,
Nojun Kwak
ICCV, 2023  
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arXiv
We utilize the flipped reflection rays as additional training resources for the few-shot novel view synthesis, leading to more accurate surface normal estimation.
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MixNeRF: Modeling a Ray with Mixture Density for Novel View Synthesis from Sparse Inputs
Seunghyeon Seo,
Donghoon Han*,
Yeonjin Chang*,
Nojun Kwak
CVPR, 2023  
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arXiv
We model a ray with mixture density model, leading to efficient learning of density distribution with sparse inputs, and propose an effective auxiliary task of ray depth estimation for few-shot novel view synthesis.
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Semantics-Guided Object Removal for Facial Images: with Broad Applicability and Robust Style Preservation
Jookyung Song,
Yeonjin Chang*,
Seonguk Park,
Nojun Kwak
ICASSP, 2023  
arXiv
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