Prof. CHAN Ho Man (陳皓敏)

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Projects

  1. SRFS(HKSI): Assistive Video Analysis Systems for Enhanced Tracking of Players and Ball in Squash: Applications in Training and Competition

    CHAN, H. M., CHEUNG, R. T. H. & LI, H.

    1/10/24 → …

    Project: Research

  2. ITF: Future Cinema Systems: Next-Generation Art Technologies

    Shaw, J., ALLEN, R. W., CASSINELLI, A., CHAN, H. M., LAM, M. L., LIU, C. & ZHU, K.

    1/11/22 → …

    Project: Research

  3. ITF: Active Phased Arrays for Navigation, Surveillance and SatCom

    CHAN, C. H., CHAN, H. M., LUK, K. M. & WONG, H.

    1/08/21 → 31/07/23

    Project: Research

  4. ITF-InnoHK: Large-scale Neural Oscillations Play a Primary Role in Fundamental Cognitive Functions

    LI, Y., CHAN, H. M., LAU, C., LEE, Y. & Pan, G.

    5/09/20 → …

    Project: Research

  5. GRF: Comparing Biological and Artificial Neural Networks: Effects of Sampling on the Quantification of Network Properties

    CHAN, H. M.

    1/07/20 → …

    Project: Research

  6. CRF: High-Resolution Antenna Measurement System with Robotic Arms for Millimeter-wave Frequencies

    WONG, H., CHAN, C. H., CHAN, H. M., Jiang, L., LEE, J. E., LUK, K. M. & WONG, M. H. A.

    1/03/20 → 23/04/24

    Project: Research

  7. GRF: Building a Machine Learning-Driven High-Content Screening Platform for Fish Behavioral Studies: Investigation of the Influence of Millimeter-Wave Radiation and Chemical Library on the Light-Induced Locomotion of Zebrafish Larvae

    CHAN, H. M., LAM, H. W. M., LEUNG, Y. & LUK, K. M.

    1/01/20 → 27/06/24

    Project: Research

  8. MainGov: 控制抓取动作的多层神经肌肉协调模型

    CHAN, H. M.

    1/12/19 → …

    Project: Research

  9. RIF: A Wearable for Post-stroke Rehabilitative Multi-muscle Stimulation Inspired by the Natural Organization of Neuromuscular Control

    CHEUNG, C. K. V. & CHAN, H. M.

    30/06/19 → …

    Project: Research

  10. TDG(CityU): Enhancing Global Experiential Learning on Neural Prostheses and Human-Machine Interface 

    CHAN, H. M., CHAN, L. H. L., Pang, S. & SUTTER, M.

    1/06/19 → 30/11/21

    Project: Research

  11. EU_RGC: MINDSPACES HK - Responsive Neuro-design for Urbanism, Architecture and Interior Design

    BENAYOUN, M., AG, T. T., CHAN, H. M., KLEIN, T., LEUNG, W. H. H., LU, J. & STEFANOS, V.

    1/03/19 → 20/09/23

    Project: Research

  12. GRF: Impairment of Schemas and Memory Consolidation and Disruption of Schemas-linked Interactions between Hippocampal and Anterior Cingulate Cortex in Chronic Visceral Pain

    LI, Y., CHAN, H. M. & Wang, L.

    1/01/19 → 9/06/23

    Project: Research

  13. GRF: Intuitive Control of Assistive System for the Severely Disabled by Deep Fusion of Multimodal Sensor Inputs

    CHAN, H. M. & KWOK, J. T.

    1/01/19 → 28/06/23

    Project: Research

  14. SKL: State Key Laboratory of Terahertz and Millimeter Waves (City University of Hong Kong) (SKLTMW) - External Funds

    CHAN, C. H., WONG, H., CHAN, S. C., CHAN, H. M., CHEN, M. K., CHUN, Y. J., HO, J. C. Y., JIANG, C., LEUNG, K. W., LO, K. W. K., LUK, K. M., PUN, Y. B. E., Pang, S., TSAI, D., WANG, C., WONG, C. Y. A., WONG, M. H. A. & WU, G.

    1/09/18 → …

    Project: Research

  15. NSFC: L-lactate Release by Optogenetic Activation of Astrocytes Rescues Decision-making Deficit in Visceral Hypersensitive Rats

    LI, Y., CHAN, H. M., Tu, J. & Wang, L.

    1/01/18 → 4/08/23

    Project: Research

  16. ITF: An Implantable Micro-Sensing System for Tracking Animal Motion Behaviors

    LI, W. J., CHAN, H. Y., CHAN, H. M. & CHAN, C. S.

    1/11/17 → 30/09/19

    Project: Research

  17. TDG(CityU): Integrating engineering and biology in a laboratory-based curriculum

    CHAN, L. H. L., CHAN, H. M. & Pang, S.

    1/05/17 → …

    Project: Research

  18. GRF: Vagus Nerve Stimulation Modulates Neuronal Spike Field Phase Locking and Synchrony Cross Areas Associated with Facilitation of Decision-making in Rats

    LI, Y. & CHAN, H. M.

    1/01/17 → 24/06/20

    Project: Research

  19. GRF: Targeting Vagal Afferent in Learning and Memory Impairments Associated with Chronic Visceral Pain: The Role of Cholecystokinin

    LI, Y. & CHAN, H. M.

    1/01/16 → 19/12/19

    Project: Research

  20. TDG(CityU): A Laboratory-Based Curriculum for Multidisciplinary Studies of Brain-Machine Interface

    CHAN, H. M., CHAN, L. H. L. & Pang, S.

    15/12/15 → 31/12/17

    Project: Research

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