Research projects
In progress

2021 ~  2022     Development of a technology-assisted training device and a muscle quality/function analysis platform with the efficacy evaluation of home exercise on the elderly with Sarcopenia. Ministry of
Science and Technology: Principle investigator 
2021 ~ 2022   Effects of muscle quality of the lower extremity in frail elderly on the cross-joint mechanical energy flow during the functional tasks: implications for the control mechanisms and rehabilitation exercises.
Chang Gung Medical Research Project: Principle investigator
2018 ~ 2021    Sarcopenia and spine disease research: from clinical and basic, diagnosis and rehabilitation equipment 
     　                 development, to physical therapy strategy evaluation-sub-project 4: sarcopenia functional screening 　
     　                 indicators development of a stand-alone and mixed reality action function evaluation system. Ministry of
     　                 Science and Technology: Principle investigator
2019 ~ 2021    Application of portable health detection system in the assessment of advanced age frailty. Chang Gung
     　             　Medical Research Project: Principle investigator
2018 ~ 2021    Sarcopenia and spine disease research: from clinical and basic, diagnosis and rehabilitation equipment
     　             　 development, to physical therapy strategy evaluation-total picture and subproject 1: sarcopenia and
     　             　 degeneration Research on the correlation of spinal diseases and clinical surgery guidelines. Ministry of
     　             　 Science and Technology: co-investigator
2018 ~ 2021　 Sarcopenia and spine disease research: from clinical and basic, diagnosis and rehabilitation equipment
     　             　 development, to physical therapy strategy evaluation-Subproject 6: Degenerative spinal stenosis with muscle
     　             　 Research on exercise strategies after decompression surgery for minor diseases. Ministry of Science and
     　             　 Technology: co-investigator
 
Closed

2018 ~ 2020    Biomechanical analysis of integrated spinal implants and the new solution of subproject 1: the functional      　             　     performance and posture of patients with degenerative lumbar disease and healthy people           
                               differences in control capabilities. Chang Gung Medical
Research Program: co-investigator
2017 ~ 2020    Development and clinical testing of the Yinfa smart health detection system. Ministry of Science and      　             　                 Technology: Principle investigator
2019 ~ 2019    Biomechanical analysis of lower extremities when women walk in different materials. Chang Gung University      　            　　Industry-University Cooperation Project: Principle investigator
2017 ~ 2019    Chronic neck pain patients using traditional neck physiotherapy and portable neck sports training system to     　          　　compare the benefits. Chang Gung Medical Research Project: Principle investigator
2015 ~ 2018    Cervical spine neuropathy surgery options, psychological consultation intervention, neuromuscular
     　             　compensation, rehabilitation exercise efficacy and biomechanics research-sub-project 3: cervical spine
     　             　The development of home sports training sensors for patients with myelopathy and its application to the      　             　    body control mechanism and training efficacy. Ministry of Science and Technology: Principle investigator
2015 ~ 2018    Cervical spine neuropathy surgery selection, psychological consultation intervention, neuromuscular
     　             　compensation, rehabilitation exercise efficacy and biomechanics research-subproject 1: cervical spine
     　             　Analysis of the clinical effect of surgical treatment, conservative treatment and psychological consultation      　             　    intervention in patients with myelopathy. Ministry of Science and Technology: co-investigator
2015 ~ 2018    Cervical spine neuropathy surgery options, psychological consultation intervention, neuromuscular
     　             　compensation, rehabilitation exercise efficacy and biomechanics research-sub-project 2: degeneration
     　             　The classification and treatment prognosis of imaging and sensory pain assessment of cervical spinal cord
     　             　patients-a follow-up study with radiculopathy and middle-aged and elderly people of the same age Ministry
     　             　of Science and Technology: co-investigator
2015 ~ 2018    Cervical spine neuropathy surgery selection, psychological counseling intervention, neuromuscular
     　             　compensation, rehabilitation exercise efficacy and biomechanics research-sub-project 4: Explore surgery
     　             　Effect of method and rehabilitation exercise on cervical spine stability in patients with cervical spinal
     　             　neuropathy-an external cervical spine muscle model. Ministry of Science and Technology: co-investigator
2016 ~ 2017    The effect analysis of new sports training aids to improve the head stability and posture control ability of
     　             　patients with Parkinson's disease. Chang Gung Medical Research Project: Principle investigator
2014 ~ 2016    Development of badminton on-site sports testing and training platform: used to discuss the biomechanical
     　             　analysis of fatigue on the movement control and reaction speed of badminton players. Chang Geng Medicine
     　             　Research Project: Principle investigator
2015 ~ 2016    Integrated lumbar spine fixation results analysis and new bone screw design-Sub-project 3: After spinal fusion
     　             　surgery complicated with adjacent segmental disease patients with spinal muscle function research Research.
     　             　Chang Gung Medical Research Program: co-investigator
2012 ~ 2015    Cervical spine neuropathy surgery selection and postoperative physical therapy evaluation method research-
     　             　sub-project 4: cervical muscle function for cervical spine neuropathy hand Biomechanical analysis of the
     　             　effects of surgery and physical therapy. Ministry of Science and Technology: Principle investigator
2012 ~ 2015    Surgical selection of cervical spinal cord neuropathy and evaluation method of postoperative physical
     　             　therapy-Sub-project 1: Patient's medicine before and after surgical treatment of cervical spinal cord
     　             　neuropathy  Image changes, psychological and life function effects. Ministry of Science and Technology:
     　             　co-investigator
2012 ~ 2015    Surgical selection of cervical spinal cord neuropathy and evaluation method of postoperative physical
     　             　therapy-Subproject 2: Physical treatment after degenerative cervical spinal cord neuropathy Treatment
     　             　strategy. Ministry of Science and Technology: co-investigator
2012 ~ 2015    Surgical selection of cervical spinal cord neuropathy and evaluation method of postoperative physical therapy
     　             　methods-Total drawing and sub-project 3: In vitro surgery of cervical spinal cord neuropathy  Biomechanics
     　             　of cadavers. Ministry of Science and Technology: co-investigator
2014 ~ 2015    Design and development of assistive device retrieval system for the functional needs of people with
     　             　disabilities. Ministry of Science and Technology: co-investigator
2014 ~ 2015    To investigate the following studies on the effectiveness of temporomandibular joint disorders with the
     　             　degree of activity of the mandibular condyle and the hardness of the masticatory muscles. Ministry of Science
     　             　and Technology: co-investigator
2013 ~ 2014    Patient-controlled lower extremity paralysis patients alternately assisted walking orthosis (1/3). Ministry of
     　             　Science and Technology: co-investigator
2014 ~ 2016    Parkinson's disease gait abnormality: a series of clinical quantitative analysis, magnetic resonance stimulation
     　             　treatment, neuroimaging diagnosis. Ministry of Science and Technology: co-investigator
2013 ~ 2015    Fall to Parkinson's disease-a series of studies using postural instability and frozen gait as observation
     　                 indicators: clinical analysis, tracking comparison, and pathophysiology. Technology Department: 
                          co-investigator
2014 ~ 2014    Biomechanical analysis of lower extremities when normal people wear different knee protectors from sitting
     　             　to standing. Chang Gung University Industry-University Cooperation Program: Principle investigator
2013 ~ 2013    Verification design and norm collection of motion guidance videos. Industrial Research Institute:
                         co-investigator
2012 ~ 2013    The mechanism by which chronic neck pain and neck muscle fatigue affect body posture control. Chang Gung
     　             　Medical Research Project: Principle investigator
2001 ~ 2012    Correlation between stress center measurement and neuromotor assessment in the first year of infants and
     　             　young children. Chang Gung Medical Research Program: co-investigator
2011 ~ 2012    The effect of neck muscle fatigue on the head stability and posture control of patients with chronic neck pain:
     　             　Discussion on the body adjustment mechanism and the therapeutic effect of rehabilitation exercise training.
     　             　Ministry of Science and Technology: Principle investigator
2010 ~ 2012    Detection of the dynamic stability of trunk and limbs of middle-aged and elderly people during walking
     　             　exercise. Ministry of Science and Technology: co-investigator
2010 ~ 2012    Posture stability and balance training for children with Toxicosis in different sensory situations. Ministry of
     　             　Science and Technology: co-investigator
2010 ~ 2011    Young healthy people and chronic neck pain patients in the cervical sagittal plane of the cervical radius of
     　             　nature. Chang Gung Medical Research Project: Principle investigator
2010 ~ 2011    The new EMG integrated optimization model was used to estimate the cervical spine load and stability of
     　             　healthy people and patients with chronic neck pain. Ministry of Science and Technology: Principle investigator