A correction method converts measurement data into equidistantly divided points along a reference line to reallocate surface shape information onto a perfect circle.
A fuel-saving driving evaluation system adjusts target values based on driver skill levels to provide tailored feedback.
Sliding mounts and a spherical joint synchronize load motor posture with vehicle wheels, preventing sensor misdetection during turns.
A contact assembly engages a wheel to define its orientation plane while a light source projects a beam detected by a receiving assembly.
A simulation system combines energy modeling tools with real-world drive cycle data to estimate vehicle energy consumption accurately.
A vehicle prognostic system adjusts data transmission and algorithm execution frequencies based on component health status.
Identifies current controller versions and replaces targeted software modules with upgraded blocks, preventing irreversible hardware damage during updates.
Segmented line replaceable units with cross-channel data links resolve redundancy gaps in unmanned vehicle management systems.
Accelerometer signals determine vehicle mass, drag coefficients, and road inclination to eliminate dedicated sensors and reduce system complexity.
A neural network adjusts rotorcraft rotors by mapping vibration data to physiological perception models.
A diagnostic tool captures vehicle configuration data and displays detailed error messages to assist technicians.
A diagnostic tool retrieves vehicle codes and identifies duplicates to present a unique list.
A battery condition monitoring device uses a sub-control section to independently manage electrical connections between the high voltage battery and vehicle driving motor.