Projects per year
Personal profile
Personal profile
Ph.D, The Hong Kong Polytechnic University, 2007
M.Eng, Xi'an Jiaotong University, 2003
B.Eng, B.Mgt, Xi'an Jiaotong University, 2000
Research interests
computer vision algorithms
artificial intelligence in healthcare and education
eye tracking and motion detection
Professional information
Patents
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
Date of grant: 10/2/2023
A System for Strabismus Assessment and a Method of Strabismus Assessment
A System for Strabismus Assessment and a Method of Strabismus Assessment
Date of grant: 30/12/2022
A System for Strabismus Assessment and a Method of Strabismus Assessment
A System for Strabismus Assessment and a Method of Strabismus Assessment
Date of application: 4/1/2023
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
Date of application: 5/1/2023
A System for Strabismus Assessment and a Method of Strabismus Assessment
A System for Strabismus Assessment and a Method of Strabismus Assessment
Date of application: 13/9/2022
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
Date of application: 13/9/2022
基於機器視覺的手部關節運動範圍測定方法和系統
本發明涉及手部功能評估技術領域，具體公開了一種基於機器視覺的確定受試者手關節運動範圍的方法和系統
Date of application: 25/4/2024
基於機器視覺的手部關節運動範圍測定方法和系統
This invention generally relates to hand function assessment. More specifically, this invention relates to a machine vision-based method for determining the range of motion of the joints of a hand of a subject and a system for implementing the same.
Date of application: 28/12/2023
基於機器視覺的手部關節運動範圍測定方法和系統
This invention generally relates to hand function assessment. More specifically, this invention relates to a machine vision-based method for determining the range of motion of the joints of a hand of a subject and a system for implementing the same.
Date of application: 28/12/2023
Machine Learning-based Method for Calibrating a Camera with Respect to a Scene
This invention generally relates to camera calibration. More specifically, the present invention relates to a machine learning-based method for calibrating a camera with respect to a large scene.
Date of application: 3/4/2024
A System for Strabismus Assessment and a Method of Strabismus Assessment
A System for Strabismus Assessment and a Method of Strabismus Assessment
Date of application: 19/7/2023
基於機器視覺的手部關節運動範圍測定方法和系統
This invention generally relates to hand function assessment. More specifically, this invention relates to a machine vision-based method for determining the range of motion of the joints of a hand of a subject and a system for implementing the same.
Date of grant: 17/5/2024
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
Date of grant: 10/2/2023
A System for Strabismus Assessment and a Method of Strabismus Assessment
A System for Strabismus Assessment and a Method of Strabismus Assessment
Date of grant: 30/12/2022
A System for Strabismus Assessment and a Method of Strabismus Assessment
A System for Strabismus Assessment and a Method of Strabismus Assessment
Date of application: 4/1/2023
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
Date of application: 5/1/2023
A System for Strabismus Assessment and a Method of Strabismus Assessment
A System for Strabismus Assessment and a Method of Strabismus Assessment
Date of application: 13/9/2022
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
An Eye-gaze Tracking Apparatus and a Method of Eye-gaze Tracking
Date of application: 13/9/2022
基於機器視覺的手部關節運動範圍測定方法和系統
本發明涉及手部功能評估技術領域，具體公開了一種基於機器視覺的確定受試者手關節運動範圍的方法和系統
Date of application: 25/4/2024
基於機器視覺的手部關節運動範圍測定方法和系統
This invention generally relates to hand function assessment. More specifically, this invention relates to a machine vision-based method for determining the range of motion of the joints of a hand of a subject and a system for implementing the same.
Date of application: 28/12/2023
基於機器視覺的手部關節運動範圍測定方法和系統
This invention generally relates to hand function assessment. More specifically, this invention relates to a machine vision-based method for determining the range of motion of the joints of a hand of a subject and a system for implementing the same.
Date of application: 28/12/2023
Machine Learning-based Method for Calibrating a Camera with Respect to a Scene
This invention generally relates to camera calibration. More specifically, the present invention relates to a machine learning-based method for calibrating a camera with respect to a large scene.
Date of application: 3/4/2024
A System for Strabismus Assessment and a Method of Strabismus Assessment
A System for Strabismus Assessment and a Method of Strabismus Assessment
Date of application: 19/7/2023
基於機器視覺的手部關節運動範圍測定方法和系統
This invention generally relates to hand function assessment. More specifically, this invention relates to a machine vision-based method for determining the range of motion of the joints of a hand of a subject and a system for implementing the same.
Date of grant: 17/5/2024
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Collaborations and top research areas from the last five years
Recent external collaboration on country/territory level. Dive into details by clicking on the dots or
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AI-Powered Intelligent System for Dynamic Assessment of Hand Function
FU, H. (PI)
01/06/25 → 30/11/26
Project: Research project
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Development of AI-empowered System for Intelligent Strabismus Diagnosis
FU, H. (PI), WANG,, L. (CoI), WANG,, W. (CoI) & CHENG, K. S. (CoI)
01/12/24 → 30/11/26
Project: Research project
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iVisionCare: AI Strabismus Diagnosis for Social Welfare
FU, H. (PI)
01/08/24 → 31/07/26
Project: Research project
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Development of AI Algorithms for Automated Strabismus Measurement
FU, H. (PI)
01/11/23 → 31/10/25
Project: Research project
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R&D of In-Vehicle Road Surface Condition Detection System based on AI Sensor Fusion
FU, H. (PI)
01/12/22 → 31/12/24
Project: Research project
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Advanced design for high-performance and AI chips
CAO, Y., CHEN, Y., FAN, X., FU, H. & XU, B., 2026, In: Nano-Micro Letters. 18, 13.Research output: Contribution to journal › Articles › peer-review
Open Access1 Citation (Scopus) -
Artificial intelligence empowered new materials: Discovery, synthesis, prediction to validation
CAO, Y., FU, H., LU, J., CHEN, Y., JING, T., FAN, X. & XU, B., Jan 2026, In: Nano-Micro Letters. 18, 109.Research output: Contribution to journal › Articles › peer-review
Open Access -
Managing classroom behavior in school-aged children with ADHD using AI-empowered vest
QIU, M., FU, H., WANG, Y., LUO, Z., TONG, X., ZHANG, E. W., LI, B., CHOW, H. K. D. & YU, L. H. P., 2026, In: IEEE Transactions on Neural Systems and Rehabilitation Engineering. 34, p. 115-125Research output: Contribution to journal › Articles › peer-review
Open Access -
Neural grey system model based on generalized conformable fractional derivatives and its applications
XIE, W., WEI, Y. & FU, H., 2026, In: Applied Mathematical Modelling. 151, 116420.Research output: Contribution to journal › Articles › peer-review
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YOLO-ERCD: An upgraded YOLO framework for efficient road crack detection
LI, X., CHU, Y., CHAN, T., LO, W. L. & FU, H., 2026, In: Sensors. 26, 564.Research output: Contribution to journal › Articles › peer-review
Open Access
Prizes
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Bronze Medal
FU, H. (Recipient) & Hong, K. R. I. O. T. A. A. (Recipient), Apr 2025
Prize: Prizes / Awards
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Gold Medal
FU, H. (Recipient), SONG, Y. (Recipient), ZHENG,, Y. (Recipient), LI,, B. (Recipient), QIU, M. (Recipient), HOU, B. (Recipient) & HE, Z. (Recipient), Apr 2023
Prize: Prizes / Awards
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Gold Medal
FU, H. (Recipient), SONG, Y. (Recipient), Zheng,, Y. (Recipient), LI,, B. (Recipient), QIU, M. (Recipient), HOU, B. (Recipient) & HE, Z. (Recipient), Aug 2023
Prize: Prizes / Awards
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Jury's Choice Award
FU, H. (Recipient), SONG, Y. (Recipient), Zheng,, Y. (Recipient), LI,, B. (Recipient), QIU, M. (Recipient), HOU, B. (Recipient) & HE, Z. (Recipient), Aug 2023
Prize: Prizes / Awards
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