Medicine and Dentistry
Timed Up and Go Test
100%
Six Minute Walk Test
100%
Patient
66%
Clinical Study
50%
Geriatrics
50%
Walking Aid
50%
Exercise Intensity
50%
Telerehabilitation
50%
Photoelectric Plethysmography
50%
Heart Rate
50%
Cardiovascular Disease
50%
Telehealth
43%
Reimbursement
33%
Frailty
28%
Subacute Care
25%
Heart Rate Measurement
25%
Vastus Medialis Muscle
20%
Physical Capacity
20%
Analysis
18%
Assessment
18%
Remote Patient Monitoring
16%
Caregiver
16%
Diagnosis-Related Group
16%
Person
16%
Telemedicine
16%
Occupation (Patient Social Context)
16%
Transitional Care
16%
Nursing Home
12%
Elderly Patient
10%
Skeletal Muscle
10%
Disease Management
10%
Fall Prevention
10%
Muscle Weakness
10%
Gastrocnemius
10%
Walking Distance
10%
Linear Regression Analysis
8%
Age
8%
Gait
8%
Evaluation Study
8%
Body Mass Index
8%
Electronic Health Record
7%
Electronic Patient Record
7%
Engineering
Health Care
66%
Application
66%
Visualization
50%
Development
50%
Models
50%
Module
50%
Sensor
50%
Measurement
50%
Integration
50%
Failure (Mechanical)
41%
Optical Sensors
25%
Low Cost
25%
Measured Distance
25%
Medical Staff
25%
Pearsons Linear Correlation Coefficient
25%
Root Mean Square Error
25%
Correlation
25%
Butterworth
25%
High Pass Filter
25%
Prediction
16%
Integral Controller
16%
Supports
16%
Development Process
16%
Requirement
16%
Data Format
16%
Chain
16%
Dataset
16%
Performance
16%
Tasks
16%
Operating-Characteristic Curve
12%
Machine Rate
12%
Encoding Method
10%
Computer Science
System Architectures
50%
Bloom Filter
50%
Data Quality Assessment
50%
Record Linkage
50%
Anomaly-Based Detection
50%
Programs
50%
clinical decision support
50%
Application Modeling
50%
Microcontroller
25%
Data Analyst
25%
Health Professionals
25%
Electronic Medical Record
25%
Artificial Intelligence Applications
25%
Telehealth System
25%
Therapeutic Effectiveness
25%
Android
25%
Program Management
25%
Mortality Rate
25%
Numerical Encoding
20%
Sequential Learning
16%
Decentralized Machine Learning
16%
Healthcare Provider
12%
Linkage Method
12%
Performance Model
10%
Analysis Signal
10%
Primary Data
10%
