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Keyphrases
Hydration Monitoring
100%
Wearable Sensors
66%
Hydration Management
66%
Machine Learning Approach
66%
Management Tools
66%
Machine Learning Algorithms
41%
Dehydration
41%
Wearable Sensor Technology
41%
Advanced Machine Learning Models
33%
Dehydration Detection
33%
Challenges in Healthcare
33%
Galvanic Skin Response
33%
Accelerometer
33%
One-size-fits-all
33%
Detection Model
33%
Gyroscope
33%
Magnetometer
33%
Barometric Pressure Sensor
33%
Photoplethysmography Sensor
33%
Health Care Services
33%
Soldiers
33%
Advanced Data Analysis
33%
Sensor Temperature
33%
Well-being
33%
Existing Data
33%
Temperature Sensor
33%
Adipsia
33%
Extreme Environments
33%
Nonverbal
33%
Thirst Sensation
33%
Personalized Approach
33%
Carers
33%
Machine Learning Techniques
33%
Biodata
33%
Elderly Individuals
33%
On-Device Deployment
33%
Drinking Time
33%
Research Investment
16%
Exclusion Criteria
16%
Meta-analysis
16%
Multi-sensor Fusion
16%
Monitoring Solutions
8%
Machine Learning General
8%
Fusion Machine Learning
8%
Wearable Digital Technology
8%
Computational Tools
8%
Sensor-based
8%
Accuracy Improvement
8%
Digital Technology Application
8%
Comprehensive Search
8%
Data Analytics Applications
8%
Hydration Assessment
8%
Representative Dataset
8%
Desktop Application
8%
Sensor Variability
8%
Model Complexity
8%
Mobile Application
8%
Knowledge Gaps
8%
Text Evaluation
8%
IEEE Xplore
8%
Duplicate Removal
8%
Database Search
8%
Abstract Screening
8%
Computational Approach
8%
Experimental Dataset
8%
Measurement Accuracy
8%
Preferred Reporting Items for Systematic Reviews
8%
Diverse Dataset
8%
Nursing and Health Professions
Wearables
66%
Adipsia
33%
Data Processing
33%
Elderly Individual
33%
Athletes
33%
Health Care
33%
Galvanic Skin Response Sensor
33%
Accelerometer
33%
Photoelectric Plethysmography
33%