3D Detection | 3D Face Modeling | 3D Human Reconstruction | 3D Object Detection | 3D Shape Correspondence | 3D Shape Generation | 3D Shape Reconstruction | Activity Recognition | Agentic AI | Application | Biometrics | Body Matching | Camera Calibration | Camera+LiDAR+Radar | Data Imputation | Database | Dataset | Deepfake | Depth Completion | Depth Estimation | Depth Prediction | Domain Adaptation | Expression Recognition | Face Alignment | Face Antispoofing | Face Deidentification | Face Recognition | Face Reconstruction | Face Relighting | Face Synthesis | Forecasting | Gait Recognition | Generic Object 3D Reconstruction | Human Motion | Human Recognition | Image Alignment | Image Manipulation | Image Segmentation | Low-level Vision | Medical Imaging | Motion Compensation | Multi-modality | Multimedia Retrieval | Object Detection | Object Re-Identification | Pedestrian Detection | Person Re-identification | Plant Vision | Semantic Segmentation | Surveillance | Tracking | Typing Behavior | Vision-language

Dataset

2026

  • ForceBody: Force-Paired Parametric Body Motion with Torque Uncertainty
    Joonwoo Kwon, Xiaoming Liu, Zijun Cui
    Proceeding of Fortieth Conference on Neural Information Processing Systems (NeurIPS 2026), Atlanta, GA, Dec. 2026
    Bibtex
    • @inproceedings{ forcebody-force-paired-parametric-body-motion-with-torque-uncertainty,
      author = { Joonwoo Kwon and Xiaoming Liu and Zijun Cui },
      title = { ForceBody: Force-Paired Parametric Body Motion with Torque Uncertainty },
      booktitle = { Proceeding of Fortieth Conference on Neural Information Processing Systems },
      address = { Atlanta, GA },
      month = { December },
      year = { 2026 },
    }
  • Non-Colliding Biometric Identities for Digital Entities: Geometry, Capacity, and Million-Scale Virtual Identity Provisioning
    Yuyang Ji, Yixuan Shen, Anil Jain, Xiaoming Liu, Feng Liu
    Proceeding of Fortieth Conference on Neural Information Processing Systems (NeurIPS 2026), Atlanta, GA, Dec. 2026 (Oral presentation)
    Bibtex | arXiv
    • @inproceedings{ non-colliding-biometric-identities-for-digital-entities-geometry-capacity-and-million-scale-virtual-identity-provisioning,
      author = { Yuyang Ji and Yixuan Shen and Anil Jain and Xiaoming Liu and Feng Liu },
      title = { Non-Colliding Biometric Identities for Digital Entities: Geometry, Capacity, and Million-Scale Virtual Identity Provisioning },
      booktitle = { Proceeding of Fortieth Conference on Neural Information Processing Systems },
      address = { Atlanta, GA },
      month = { December },
      year = { 2026 },
    }