Probabilistic models for vehicle interactions in fatigue assessment of bridges
Health-aware model predictive control of wind turbines using fatigue prognosis
An optimal vibration control logic for minimising fatigue damage in flexible structures
On LiDAR-assisted wind turbine retrofit control and fatigue load reductions
Vehicle fatigue damage prediction based on estimated strains and road measurements
Eye Fatigue Detection in Vehicle Drivers Based on Facial Landmarks Features
A study of vehicle fatigue damage predictions based on state estimations
Fatigue Behavior of Automatically Welded Tubular Joints for Offshore Wind Energy Substructures
Vehicle Safety Speed Controller under Driver Fatigue Using Eye Blink Sensor
Health-aware model predictive control of wind turbines using fatigue prognosis
Acoustic emission applied to mode I fatigue damage monitoring of adhesively bonded joints
The effect of worker fatigue on the performance of a bucket brigade order picking system
Computing driver tiredness and fatigue in automobile via eye tracking and body movements
On fatigue and recovery of road asphalt mixtures ; Ermüdungs- und Heilungseigenschaften von Asphalt
On fatigue and recovery of road asphalt mixtures ; Ermüdungs- und Heilungseigenschaften von Asphalt
Real-time Fatigue Driving Recognition System Based on Deep Learning and Embedded Platform
Driver Fatigue State Recognition with Pixel Based Caveat Scheme Using Eye-Tracking
PROPOSE SAFETY ENGINEERING CONCEPT SPEED LIMITER AND FATIGUE CONTROL USING SLIFA FOR TRUCK AND BUS
Efficient and Robust Driver Fatigue Detection Framework Based on the Visual Analysis of Eye States
Research on Random Fatigue Load Model of Highway Bridge by Vehicle Traffic Based on GMM
Predicting Operators Fatigue in a Human in the AI Loop for Defect Detection in Manufacturing
Fatigue Life Prediction of Leaf Spring used in the Suspension System of Light Commercial Vehicle
Dynamic additional loads influencing the fatigue life of gears in an electric vehicle transmission
Time-dependent fatigue reliability assessment of Ting Kau Bridge based on weigh-in-motion data