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title: InSAI Lab Profile
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Integrated Sensing and Assistive Intelligence (InSAI) Lab
School of AI and Robotics, Hunan University (HNU)
"Building a utopia where integrated sensing systems empower and enhance human capabilities, especially benefiting people with disabilities."
π― About InSAI Lab
The InSAI (pronounced like "Insight") Lab operates within the School of AI and Robotics at Hunan University. Our mission is to merge interdisciplinary fields β including computer vision, robotics, intelligent transportation systems, assistive technologies, and human-computer interaction (HCI) β to develop deployable Assistive Intelligence.
Core Research Directions
- π Multimodal Perception & Scene Understanding: Vision-Language Modeling, 2D/3D Vision, and sensor fusion in complex, adverse real-world environments.
- π Autonomous Systems & Panoramic Vision: Semantic Mapping, Panoramic Sensing, Distortion-aware Transformers, and Birdβs-Eye-View (BEV) perception.
- π€ Embodied Intelligence: Perception, navigation, and decision-making linking foundation models with robotic action, including Sim2Real adaptation.
- βΏ Assistive Technologies: Wearable assistive systems, navigation aids, and accessible interfaces designed around human capabilities.
- π§ Brain-Computer Interface & Document Understanding: Cognitive state sensing, assistive BCI, and intelligent layout/reading assistance.
π Featured Collections & Open-Source Suites
1. π Collection: DeLiVER & CMNeXt (CVPR 2023)
Delivering Arbitrary-Modal Semantic Segmentation
A unified benchmark and cross-modal suite scaling dynamically across 1 to 81 modalities (Depth, LiDAR, Events, Multi-Views, RGB) under 4 severe weather conditions and 5 sensor failure corner cases.
| Resource | Hugging Face Repository | Description |
|---|---|---|
| π¦ Dataset | InSAI-Lab/DELIVER |
Full multimodal dataset package (12.22 GB) |
| π€ Model Zoo | InSAI-Lab/CMNeXt |
37 trained checkpoints covering DELIVER, KITTI-360, MFNet, NYU Depth V2, UrbanLF, MCubeS, and SegFormer/Swin backbones |
| π Paper | arXiv:2303.01480 | CVPR 2023 Paper |
# Quick download via Hugging Face CLI
hf download InSAI-Lab/DELIVER DELIVER.tar.gz --type dataset --local-dir ./data
hf download InSAI-Lab/CMNeXt --local-dir ./checkpoints
2. π Collection: Trans4PASS & SynPASS (CVPR 2022)
Transformers for Panoramic Semantic Segmentation & Domain Adaptation
Distortion-aware Vision Transformers tailored for 360Β° panoramic cameras and omnidirectional scene understanding, featuring the 9,080-frame SynPASS benchmark.
| Resource | Hugging Face Repository | Description |
|---|---|---|
| π¦ Dataset | InSAI-Lab/SynPASS |
9,080 high-res panoramic semantic segmentation benchmark (4.79 GB) |
| π€ Model Zoo | InSAI-Lab/Trans4PASS |
40 checkpoints across Cityscapes, Stanford2D3D, Structured3D, and MPA domain adaptation snapshots |
| π Papers | arXiv:2203.01452 / arXiv:2207.11860 | CVPR 2022 & arXiv Preprints |
# Quick download via Hugging Face CLI
hf download InSAI-Lab/SynPASS SynPASS.tar.gz --type dataset --local-dir ./datasets
hf download InSAI-Lab/Trans4PASS --local-dir ./workdirs
π¬ Recent Selected Publications
- IEEE T-PAMI 2026: OneBEV++: Towards Unifying Birdβs-Eye-View Semantic Mapping with Panoramas
- CVPR 2026: More than the Sum: Panorama-Language Models for Adverse Omni-Scenes
- ICML 2026: Position: Assistive Agents Need Accessibility Alignment
- BMVC 2026: XΒ²Localizer: Cross-grained Alignment for Progressive Cross-view Video Geo-localization
- CVPR 2023: Delivering Arbitrary-Modal Semantic Segmentation (DeLiVER & CMNeXt)
- CVPR 2022: Bending Reality: Distortion-aware Transformers for Adapting to Panoramic Semantic Segmentation (Trans4PASS)
π€ Connect & Collaborate
- π Official Website: https://insailab.org
- π» GitHub Organization: https://github.com/InSAI-Lab
- π¬ Recruitment & Inquiries: jiamingzhang@hnu.edu.cn