3D AI UniLab Members

M.S.-Ph.D. INTEGRATED COURSE

Top-tier Conference:
1. UC. Jun, Y. Choi, and J. Kang*, “A Differentiable 3D Scene Graph Metric via Contextual Hellinger Triplet Geometry,” NeurIPS 2026.
2. UC. Jun, J. Ko, Y. Choi, and J. Kang*, “SWORD: Scene-Grounded Wasserstein Object-Relation Distance for 3D Scene Graph Prediction,” CIKM 2026.
3. UC. Jun, J. Ko, and J. Kang*, “Latent Diffusion Meets GAN: Adversarial Learning in the Autoencoded Latent Space,” Eurographics 2026.
4. UC. Jun+, J. Ko+, and J. Kang*, “UniCross3D: Unified Cross-View and Cross-Domain Diffusion for Consistent Single-Image 3D Generation,” Eurographics 2026.
5. UC. Jun, J. Ko, and J. Kang*, “Generative Adversarial Diffusion,” ICCV 2025.

Journal (SCIE):
1. UC. Jun+, J. Ko+, J. Kang*, “View-adaptive Renderer for View-consistent 2D-to-3D Generation,” Multimedia Systems, vol.32, pp. 511, Aug 2026.

Under Review or Revision:
– 1 AAAI 2027, 2 ICLR 2027, 1 Eurographics 2027, 1 ICRA 2027, 2 SCIE Journal(s)

Top-tier Conference:
1. UC. Jun, J. Ko, Y. Choi, and J. Kang*, “SWORD: Scene-Grounded Wasserstein Object-Relation Distance for 3D Scene Graph Prediction,” CIKM 2026
2. UC. Jun, J. Ko, and J. Kang*, “Latent Diffusion Meets GAN: Adversarial Learning in the Autoencoded Latent Space,” Eurographics 2026.
3. J. Ko+, UC. Jun+,and J. Kang*, “UniCross3D: Unified Cross-View and Cross-Domain Diffusion for Consistent Single-Image 3D Generation,” Eurographics 2026.
4.UC. Jun, J. Ko, and J. Kang*, “Generative Adversarial Diffusion,” ICCV 2025.

Journal (SCIE):
1. J. Ko+, UC. Jun+, J. Kang*, “View-adaptive Renderer for View-consistent 2D-to-3D Generation,” Multimedia Systems, vol.32, pp. 511, Aug 2026.

Under Review or Revision:
– 1 AAAI 2027, 2 ICLR 2027, 1 Eurographics 2027, 1 ICRA 2027, 2 SCIE Journal(s)

Ph.D. COURSE

M.S. COURSE

UNDERGRADUATE RESEARCHER

PAST MEMBERS

Sohyun Park (Undergraduate Researcher)

Yujin Han (Undergraduate Researcher)

Youngsuh Jun (Undergraduate Researcher)