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Utilizing a 3D-printed, multi-sensor, wearable medical equipment on-demand for hemodialysis patient care
Wei Ling Chen,
Po Lei Lee
, Tsung Lung Yang, Chung Dann Kan
電機工程學系
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Keyphrases
On Demand
100%
Multi-sensor
100%
Medical Equipment
100%
Patient Care
100%
Hemodialysis Patients
100%
Phonoangiography
50%
Blood Pressure
25%
Frequency Spectrum
25%
Physiological Signals
25%
Novel Functions
25%
Spectral Domain
25%
Overall Health
25%
Return Visits
25%
Photoplethysmography
25%
Flow Volume
25%
Vital Signs Monitoring
25%
Autoregressive Model
25%
Frequency Change
25%
Pitch Patterns
25%
Double-checking
25%
Pulse Oximetry
25%
Wearable Medical Devices
25%
Dialysis Access
25%
Water Content Index
25%
Arteriovenous Access
25%
AV Access
25%
Stenosis
25%
3D Printed Medical Device
25%
Significant Stenosis
25%
3D-printed Device
25%
Nursing and Health Professions
Wearables
100%
Patient Care
100%
Hemodialysis
100%
Medical Device
100%
Phonoangiography
50%
Stenosis
50%
Clinical Audit
25%
Vital Sign
25%
Blood Pressure
25%
Photoelectric Plethysmography
25%
Water Content
25%
Pulse Oximetry
25%
Medicine and Dentistry
Patient Care
100%
Hemodialysis
100%
Medical Device
100%
Wearable Sensor
100%
Stenosis
50%
Phonoangiography
50%
Blood Pressure
25%
Vital Sign
25%
Photoelectric Plethysmography
25%
Pulse Oximetry
25%
Life Cycle
25%