The Evolution of Driver Control: From Manual Mastery to Human-Machine Synergy
Research from the Journal of Applied Sciences highlights that these commands propagate through mechanical subsystems—such as suspension geometry and tire dynamics—to influence the vehicle's translational and rotational responses. 2. The Shift to Shared Control Systems driver control
The automotive industry is currently in a transitional phase where "driver control" is often shared with . These systems, including Adaptive Cruise Control (ACC) and Lane Keeping Assist (LKA), assist by: The Evolution of Driver Control: From Manual Mastery
: This involves the regulation of speed through acceleration and braking. It is the foundation of maintaining safe following distances and responding to traffic flow. These systems, including Adaptive Cruise Control (ACC) and
: Systems can take over braking or steering when a driver fails to react to an immediate hazard.
: This refers to steering and directional stability. It ensures the vehicle remains within lane boundaries and navigates turns or obstacle avoidance maneuvers.
The degree of control a driver is willing to cede to a machine is governed by a "trust-risk-control" triangle.