Emergency braking is affected by the use of cruise control - Jammes, Yves; Behr, Michel; Llari, Maxime; Bonicel, Sarah; Weber, Jean Paul; Berdah, Stephane (Traffic injury prevention, 2017)
Keywords: Accidents, Traffic - statistics & numerical data; Active control; Adaptive control; adaptive cruise control; Adult; Age; Aged; Automation; Automobile Driving - psychology; Automobile Driving - statistics & numerical data; Biomechanics; Braking; Control methods; Cruise control; Deceleration; Drivers; Electromyography; Emergencies - psychology; Emergency braking; Emergency response; Emergency vehicles; Engineering Sciences; Humans; Latency; Leg; Male; Mechanics; Middle Aged; Mimicry; Motor task performance; Muscle contraction; Muscles; Reaction time; Reaction Time - physiology; Reaction time task; sensorimotor control; Sensorimotor system; Thigh; Traffic accidents & safety; Young Adult; biomechanics; cruise control; Emergency braking; adaptive cruise control; sensorimotor control; REGULATEUR DE VITESSE; PERCEPTION SENSORIELLE; CRUISE CONTROL; BIOMECANIQUE; FREINAGE; ADAPTIVE CRUISE CONTROL; SENSORIMOTOR CONTROL; BIOMECHANICS; URGENCE; EMERGENCY BRAKING; AIDE A LA CONDUITE; REGULATEUR D ALLURE ADAPTATIF