March 28-30, 2026 | Chengdu, China

9th International Conference on Computer Graphics and Virtuality (ICCGV 2026) was held in Chengdu again. Thank you for your support and participation!

Plenary Session

Coffee Break & Networking

 

Cocurrent Sessions

 

Best Paper Award Winners:

D002-Authors: Chang Zhu, Yutao Xiang, Zhongyi Wen, Kui Xiong, Huaizong Shao,
Affiliation: University of Electronic Science and Technology of China, China
Paper Title: Cross-Attention and Adversarial Learning Based Fusion Classification Method for HSI and LiDAR Data

Best Presentation Award Winners:

Onsite Sessions:
Special Session：
D023-Tianyu Ren, Zhejiang University, China
Passive Sonar Target Recognition Method based on Open-set Matching Network

Onsite Session 1：
D002-Chang Zhu, University of Electronic Science and Technology of China, China
Cross-Attention and Adversarial Learning Based Fusion Classification Method for HSI and LiDAR Data

Onsite Session 2：
D2003-Louis Burk, Nuremberg Institute of Technology, Germany
From Text to Immersive 3D: An End-to-End Pipeline for automated Retrieval Augmented Virtual Room Generation

Onsite Session 3:
D019- Jianwei Zhang, Southeast University; Nanjing Electronic Equipment Institute, China
A Spatial-Time-Frequency Joint Processing Approach for Interference Suppression in Passive Multibeam Receiving

Online Sessions:
Online Session 1:
D2004-Taozheng Zhang, Communication University of China, China
Visual Enhancement Transformer for Video Moment Retrieval and Highlight Detection

Online Session 2:
D2033-Alniño Manwil Escanilla Pastoriza, University of San Carlos, Philippines
Trajectory-Based Continuous Collision Detection with Velocity-Extended Spatial Partitioning and Temporal Substepping for Particle Simulation in Two-Dimension

Online Session 3:
D2023-Xuhui Wang, Lanzhou University of Technology, China
DAILStyler: Localized Image Style Transfer via Diffusion with Alternating Injection of Two Styles

Online Session 4:
D007-Jiaxing Fu, Beijing Information Science and Technology University, China
Overlap-aware Timbre Fusion between Global and Local Representations