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Welcome to TVI Group

We are the Trustworthy Visual Intelligence Group. We focus on pushing the boundaries of Computer Vision, Embodied Intelligence, and Reliable AI.

Trustworthy Visual Intelligence Group

The Trustworthy Visual Intelligence (TVI) group is a core part of the Image Cognition Group at Chongqing University of Posts and Telecommunications. Founded in 2020, we are a dynamic research team led by Associate Professor Jiaxu Leng .

2020 Founded
34 Members
TOP Publications

Our Focus:
Trustworthy AI Video Anomaly Detection Video Analysis Embodied Intelligence

Our members have led projects including the National Natural Science Foundation of China and the Chongqing Bo Xin Plan. We actively publish in top-tier venues:

TPAMI • NeurIPS • ACM CSUR • MM • IEEE TIFS • TMM • TITS • TCSVT • TGRS

Latest News

The team's latest news, events, and announcements will be continuously updated.

DCASR low-light image enhancement illustration

One Research Work on Low-Light Image Enhancement Accepted by ECCV 2026

One research work titled “Difficulty-Conditioned Attribute-Specific Restoration for Low-Light Image Enhancement” from the HXJM team was accepted by ECCV 2026. The work proposes DCASR, a difficulty-aware and attribute-specific restoration framework for adaptive low-light image enhancement.

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ZeroTeach cross-embodiment robot manipulation illustration

One Research Work on Cross-Embodiment Robot Manipulation Accepted by IEEE SMC

Recently, the team’s research work “ZeroTeach: Cross-Embodiment Manipulation from Human Videos via Physics-Informed Diffusion” was accepted by IEEE SMC. The work proposes ZeroTeach, a framework that learns transferable robot manipulation policies directly from human RGB-D videos.

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CBA video-based visible-infrared person re-identification illustration

One Research Work on Cross-Modal Person Re-Identification Accepted by IEEE TIFS

Recently, the team’s research work “Causal Bootstrapped Alignment for Unsupervised Video-Based Visible–Infrared Person Re-Identification” was accepted by IEEE Transactions on Information Forensics and Security. The work proposes CBA, an unsupervised framework for learning robust cross-modal video person re-identification representations from unlabeled visible and infrared video tracklets.

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We proposed 'GARDEN'

The team's latest news, events, and announcements will be continuously updated.

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FEATURED PROJECT

GARDEN: Smart Sanitation Model

Garden adopts a collaborative architecture of 'small perception model + large multimodal model'. It enables precise garbage recognition, road cleanliness evaluation, and intelligent scheduling across multiple scenarios in complex terrains.

INTELLIGENT
SUSTAINABLE

We proposed 'Fiery Eyes and Golden Sight'

The team's latest news, events, and announcements will be continuously updated.

Video Cover
FEATURED PROJECT

Fiery Eyes and Golden Sight : Intelligent Video Surveillance System

The 'Fiery Eyes and Golden Sight' system adopts an integrated architecture of 'human-inspired rule-based systems + large foundation models'. It enables cross-camera person re-identification, face super-resolution, and intelligent text-to-video retrieval, achieving a complete loop from passive monitoring to active analysis.

REAL-TIME
PRECISE