Control module estimates steering load gain and hysteresis to determine friction levels.
Electric motor generates compensation torque to counteract steering universal joint fluctuations.
A rotation angle and torque sensor uses circular-segment magnetic guides to direct field lines toward Hall sensors for precise detection.
Aligning three-stage software phase compensator frequencies reduces quantization error impact and product cost while maintaining steering stability.
A hybrid lane estimation method assigns camera frames to deep learning or computer vision detectors based on availability.
A motor controller calculates compensation torque to maintain consistent steering feedback during vehicle operation.
A vehicle control system autonomously adjusts a secondary steering axle to stabilize multi-pivot vehicle reversal maneuvers.
Electronic control unit calculates angle axial force to limit steering reaction torque during counter-steering maneuvers.
A steer-by-wire system adjusts the transmission ratio dynamically to minimize remaining position errors between the steering control and final control element.
A steering holding determination device calculates predicted wheel turning angles to detect driver input states accurately.
A reverse connection storage circuit detects and stores battery polarity errors to restrict power assist at the next startup.
A steering control unit calculates final assist limits using previous torque values during virtual end control.
Dynamic allocation ratios blend feedforward and feedback axial forces to maintain accurate steering reaction force when steering angle measurement degrades.
Direct sensor mounting on the ball joint eliminates complex remote calculations, reducing hardware requirements while maintaining precise angular detection.
A steering control device uses a low pass filter to process transverse gradient estimates for motor assist torque generation.
Merges the load cell with the steering wheel hub to maintain original geometry and enable non-destructive installation without removing trim parts.
Segmented ECUs adjust torque scaling values to compensate for reduced performance and prevent understeer.
Dynamic torque limits prevent front wheel driveshaft damage during turns without increasing vehicle weight or manufacturing costs.
A steering system adjusts working fluid supply flow rate based on operation speed to assist wheel movement.
A travel control device adjusts steering torque gain over time to manage lateral positioning relative to lane markers.
Bushing with elastic member absorbs vibrations from road bumps, preventing transmission to steering wheel during high-speed driving.