|
Year
|
Capacity
|
Project Title
|
Nature
|
Source
|
Duration (months)
|
Amount
(HK$) |
|---|---|---|---|---|---|---|
| 2022 | co-PI | Institute of Medical Intelligence and XR |
Research
|
Theme-based Research Scheme |
60
|
50,000,000
|
| 2021 | co-I | Generalizable, Robust, and Interpretable Deep Learning for Clinically Applicable AI-empowered Diagnosis and Intervention systems: Methodologies and Clinical Applications |
Research
|
PolyU Project of Strategic Importance |
24
|
2,000,000
|
| 2021 | co-PI | Wearable closed-loop neural control ‘Remind-to-move’ treatment for hemiparetic upper extremity in people with hemiplegia after stroke |
Research
|
RGC Research Impact Fund |
48
|
9,190,000
(+3,838,572) |
| 2021 | co-PI & PC | Data-driven Intelligence towards Early Diagnosis and Treatment for Children with Autism Spectrum Disorder |
Research
|
PolyU Project of Strategic Importance |
24
|
2,000,000
|
| 2020 | co-I | Virtual-reality assessment of social cognition impairment and its related neural mechanism in schizophrenia patients and at-risk individuals |
Research
|
NSFC/RGC Joint Research Scheme |
24
|
1,171,828
(& ¥1,000,000)
|
| 2020 | PI | Intelligent Recognition of Movement Intention with Brain-Computer Interface for Lower-limb Rehabilitation |
Research
|
RGC General Research Fund |
36
|
518,999
|
| 2020 | co-I | Patient-specific Planning and Intraoperative Guidance System for Precise Left Atrial Appendage Occlusion via Weakly-supervised Deep Learning, Perception-aware Visualization, and Context-driven Touchless Interaction |
Research
|
RGC General Research Fund |
36
|
518,999
|
| 2019 | PI | Intelligent Dementia Risk Prediction System with Community Health Profile of Elderly |
Research
|
ITF-MRP |
36
|
3,223,588
|
| 2018 | co-I | SurViTK: Development of a Software Toolkit for Automated Surgical Video Analysis via Advanced Recurrent Neural Networks |
Research
|
ITF |
18
|
1,399,780
|
| 2017 | co-I | Development of an Interactive Planning and Prediction System for Patient-Specific Precise Shock Wave Lithotripsy via Advanced Deep Learning and Physically-based Modeling Techniques |
Research
|
ITF |
18
|
1,398,998
|
| 2017 | co-I | Computer-Assisted Precise Partial Nephrectomy using Advanced Deep Learning, Visualization, and Physically-based Modeling Techniques |
Research
|
RGC General Research Fund |
36
|
500,000
|
| 2017 | co-I | High-fidelity and Real-time 3D/4D Ultrasound Visualization System via Advanced Image Denoising and Volume Rendering |
Research
|
ITF |
18
|
1,398,032
|
| 2016 | PI | Virtual BCI-based rehabilitation leveraging haptics and harnessing insights from healthy people using transfer learning |
Research
|
RGC General Research Fund |
24
|
321,737
|
| 2016 | PI | Promotion of Healthy Ageing in the Community |
Teaching
(Donation) |
TDK-SAE Corporate Social Responsibility Innovative Service-Learning Fund |
8
|
50,000
|
| 2016 | PI | Advancing Brain-computer Interfaces with Machine Learning, Haptics and Virtual Reality |
Research
|
PolyU Central Research Grant |
12
|
100,500
|
| 2015 | Co-I | Vision-based Two-hand Gesture Recognition and Evaluation System for Healthcare Training |
Research
|
FDS/UGC |
36
|
884,839
|
| 2015 |
PI
|
Mobile Integrative Health Centre (Third Triennium) |
Service
(Donation) |
Tai Hung Fai Charitable Foundation |
36
|
11,309,588
|
| 2015 |
PI
|
Promotion of Healthy Ageing in the Community |
Teaching
(Donation) |
Mr. Wong Tit-Shing |
8
|
49,800
|
| 2014 |
PI
|
Scholarship of Centre for Smart Health |
Research
(Donation) |
Mr. Yu Y.C. |
36
|
900,000
|
| 2014 |
PI
|
Intuitive Design System for Accurate Placement Bone Fracture Fixation Plates |
Research
|
PolyU Block Grant |
18
|
148,000
|
| 2012 |
PI
|
Mobile Integrative Health Centre (Second Triennium) |
Service
(Donation) |
Tai Hung Fai Charitable Foundation |
36
|
9,912,680
|
|
2012
|
PI
|
Flight simulator in modern nursing education: An intelligent training system for nasogastric tube placement |
Research
|
RGC
General Research Fund |
36
|
700,000
|
|
2012
|
PI
|
A computerized interactive training system for helping students with disabilities to acquire the skills in activities of daily living |
Research
|
HK Education Bureau
Quality Education Fund |
18
|
298,800
|
|
2010
|
PI
|
Rehabilitative training through networked interactive gameplay with the sense of touch |
Research |
PolyU
Block Grant |
18
|
104,960
|
|
2010
|
PI
|
Interacting with the sense of touch in cyberspace |
Research
|
RGC
Direct Allocation |
18
|
149,900
|
|
2009
|
PI
|
Development and evaluation of virtual suturing simulator for nursing and medical training |
Research
|
PolyU
Block Grant |
24
|
149,850
|
|
2009
|
PI
|
A computer-assisted rehabilitation methodology for children with upper extremity disability |
Research
|
PolyU
Block Grant |
24
|
190,000
|
|
2008
|
Co-PI
|
A comparison of the effectiveness in using computer assisted method and conventional method for teaching mentally retarded children hand washing technique |
Research
|
PolyU
Central Research Grant |
18
|
511,100
|
|
2007
|
PI
|
A versatile and integrated ophthalmic surgery simulator for training and rehearsal |
Research
|
RGC
General Research Fund |
24
|
451,250
|
|
2006
|
PI
|
Distributed surgical simulation in collaborative virtual environment |
Research
|
RGC
General Research Fund |
24
|
395,514
|
|
2006
|
Co-I
|
Exposing photo fakery by color and edge region analyses |
Research
|
PolyU
Central Research Grant |
24
|
190,000
|
|
2005
|
Co-I
|
On the detection of fake images and video |
Research
|
RGC
Direct Allocation |
18
|
120,000
|