Training efficient and compensating fast: Data augmentation for thermal error compensation models of machine tools.
Artificial intelligence;Compensation;Computer numerical control (CNC);Thermal error
Artificial intelligence;Compensation;Computer numerical control (CNC);Thermal error
Accuracy;Geometric modelling;Machine;Thermal error
Digital;Finite element method (FEM);Modelling;Simulation
Manufacturing;Measurement;Temperature;Ultrasonic
Neural network;Thermal error
Modelling;Spindle;Temperature;Thermal error
Composite;Design method;Optical;Optimisation
Cooling;Modelling;Resistance;Thermal conductivity
Calibration;Machine;Thermal error;Uncertainty