They showed more hand-before-eye movement, which is also a good adaptation. Reach first, then look away from the road for less time to do guide reach only at the end
Read the study.
They showed more hand-before-eye movement, which is also a good adaptation. Reach first, then look away from the road for less time to do guide reach only at the end
Read the study.
With higher cognitive load:
NO incr centerline deviation
NO worsening pedal control
FEWER prolonged distractions
NO higher error rates
What did they show? Safe adaptations and
With higher cognitive load:
NO incr centerline deviation
NO worsening pedal control
FEWER prolonged distractions
NO higher error rates
What did they show? Safe adaptations and
They showed more hand-before-eye movement, which is also a good adaptation. Reach first, then look away from the road for less time to do guide reach only at the end
Read the study.
They showed more hand-before-eye movement, which is also a good adaptation. Reach first, then look away from the road for less time to do guide reach only at the end
Read the study.
With higher cognitive load:
NO incr centerline deviation
NO worsening pedal control
FEWER prolonged distractions
NO higher error rates
What did they show? Safe adaptations and
With higher cognitive load:
NO incr centerline deviation
NO worsening pedal control
FEWER prolonged distractions
NO higher error rates
What did they show? Safe adaptations and
We don't know exactly how it works but there are some intriguing theories related to inflammation in the brain
We don't know exactly how it works but there are some intriguing theories related to inflammation in the brain
We're way beyond that point.
We're way beyond that point.