Through the use of advanced
radar technology combined with data collected from Tesla's Fleet Learning program, the vehicle is able to capture a continuous picture of the world and provide significant enhancements to emergency braking capabilities.
Not exact matches
AcuraWatch employs advanced «sensor fusion»
technology, using the
combined sensing capabilities of millimeter - wave
radar and a monocular camera to help maintain the vehicle's position in traffic and to prevent or mitigate the severity of a collision, representing a technological bridge to the automated driving
technology of the future.
Sensor - fusion
technology leverages the
combined attributes of
radar and cameras.
These systems — such as Traffic Sign Recognition, which detects a wide variety of traffic signs and displays information to the driver; Rear Crossing Traffic Warning, which uses
radar technology to detect crossing traffic when reversing out of a parking space; and Top View, a system which uses four cameras to display an overall picture of the vehicle's surroundings —
combine to enhance everyday usability.
It keeps its passengers safe with sensor - fusion
technology, which
combines the use of
radar sensors and cameras for the best precision possible.
While that's good news, the VIZIV Performance Concept is not isolated from the current trends in the auto industry, meaning it features advanced driver assist functions that
combine the next - generation EyeSight system with
radar, and GPS and navigation systems «in anticipation of widespread future deployment of automated driving
technologies.»
Combining a camera and millimetre - wave
radar for a high level of detection performance, the Land Cruiser's Toyota Safety Sense system features a Pre-Collision System (PCS) with a Pedestrian Detection function, Adaptive Cruise Control (ACC), Lane Departure Alert (LDA), and Automatic High Beam (AHB)
technology.
A camera that is able to recognize shapes you might miss and millimeter - wave
radar combine in this safety
technology.