Adaptive cruise gap
A headway dimension between follower and lead compresses as the lead slows, then relaxes back to the set gap with its dimension ticks tracking the change.
A headway dimension between follower and lead compresses as the lead slows, then relaxes back to the set gap with its dimension ticks tracking the change.
An accent control route walks from the system rail down to the driver rail of a two-level ladder while a countdown ring unwinds at the crossing.
A coverage lobe beside the ego plan fills as an overtaking vehicle enters it, latching the mirror lamp until the vehicle clears the zone.
A trapezoid camera field with a horizon rule, in which an accent detection box tightens onto a target and its corner brackets lock.
A cabin zone grid with an accent gaze marker that wanders off the road zone while the vigilance bar drains and a prompt ring pulses.
A closing-distance bar shortens past a time-to-collision threshold tick, the accent brake arcs fire and the vehicle arrests short of the obstacle rule.
A cell grid ahead of the ego vehicle across which a scan column advances, latching accent cells as occupied and clearing free ones behind it.
An ego plan drifts toward one lane edge until that edge flares, then the correction steers it back onto the accent centreline.
A rotating sweep arm crosses a spoke rosette around a roof puck, lighting an accent point return on each spoke it passes and letting the returns decay behind it.
Successive detections sit along a trajectory while an accent track grows through them in discrete update steps and a validation gate marker rides its head.
A kerbside bay with ultrasonic proximity bands, into which an accent manoeuvre path draws itself while the outer band drops away as the gap closes.
A forward radar node with nested range gates ahead of it; an accent return pulse walks out through the gates and latches the gate where a target sits.
Two lateral coverage wedges reach out behind a reversing vehicle; an approaching plan crosses one of them and the alert chevrons on that side light.
Radar, lidar and camera channels feed one fusion node; accent tokens run the three channels at different rates and merge into a single output track.
Four corner cameras draw their quadrant of a bird's-eye ring in turn around the ego plan, and the closed ring flashes once when the stitch completes.