The highly revered system
uses radar technology to monitor a vehicle's proximity the car ahead, alerting the driver through visual and audible warnings to slow down if a possible frontal collision is determined.
Examples of these include Autonomous Emergency Braking
uses radar technology and camera sensors to automatically reduce speed and alert drivers about potential traffic collisions.
Blind Spot Assist operates similarly, but
uses its radar technology to monitor the sides of the G - Class.
Automatic Emergency Braking (previously known as Forward Emergency Braking)
uses radar technology to monitor a vehicle's proximity to the vehicle ahead, giving the driver audible and visual display warnings to help the driver reduce the vehicle's speed if a potential frontal collision is detected.
AEB (previously known as Forward Emergency Braking)
uses radar technology to monitor a vehicle's proximity to the vehicle ahead, giving the driver audible and visual display warnings to help the driver reduce the vehicle's speed if a potential frontal collision is detected.
Blind Spot Information:
uses radar technology to automatically detect and alert of vehicles in the driver's blind spot
It uses radar technology to detect fast - moving vehicles moving into your critical zone, and monitors blind spots during lane changes.
Driving assistance systems now include adaptive cruise control, stop & go function, Audi side assist — which
uses radar technology to warn the driver of potential vehicles behind when changing lanes.
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.
Similarly, Forward Collision Avoidance Assist
uses radar technology to detect the distance to the car in front and brakes automatically to avoid a collision.
Part of Nissan Intelligent Mobility, this advanced safety feature
uses radar technology to help you avoid a frontal collison by providing audio and visual warnings.
«Magic Body Control»
uses radar technology to scan the road surface ahead (nearly 650 meters) and it alters the suspension settings real - time.
At that time, the British Royal Air Force had developed and was
using radar technology that allowed them to «see» German planes at night.
Using radar technology, the system identifies a free parking space before reversing the car into it, with only the brakes (with AT or 7DCT) or brakes and throttle (with MT) operated by the driver.
Also
using radar technology, the Blind Spot Detector (BSD) with Lane Change Assist monitors the rear corners and, if another vehicle is detected, a visual alert appears on the exterior mirrors.
Indigenous groups
use radar technology to search for unmarked graves outside the local cemetery.
Not exact matches
The lawsuit, which was filed in U.S. District Court of Northern California on Thursday, alleges that Otto and Uber are
using key parts of Waymo's self - driving
technology, specifically related to its light detection and ranging
radar.
The Waymo driverless experiment has been underway in Phoenix since last year,
using Chrysler Pacifica minivans outfitted with Waymo's laser -
radar - based self - driving
technology.
Called Active Protection Systems, or APS, the
technology uses sensors and
radar, computer processing, fire control
technology and interceptors to find, target and knock down or intercept incoming enemy fire such as RPGs and Anti-Tank Guided Missiles, or ATGMs.
Military officials complained at the time that the
technology interfered with the
radar used by planes — a problem that shouldn't hinder Musk's effort, industry officials said.
Tesla was able to develop these improvements all in - house in the absence of MobileEye
using improved «smart
radar»
technology and data collected through its fleet learning program.
Contrary to speculation that Tesla might be considering the
use of LIDAR
technology, Musk reassured press that its
radar hardware will become the primary tech for Autopilot as opposed to serve as a supplemental set of sensors to the vehicle's onboard cameras.
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.
A number of new high - tech monitors have hit the market lately, but what makes the Raybaby unique is that it
uses ultrawideband
radar technology to track even the slightest movement.
AIM Photonics aims «to reduce energy consumption in data centers by supporting the replacement of copper wires with optical fiber; providing
technology for optics in next generation (5G) wireless networks; helping develop the optical equivalent of
radar which will facilitate the
use of self - driving vehicles; and in partnership with the University of Rochester, the initiative is developing emerging optical sensors for medical and environmental applications,» the release explained.
Rather than rely on V2V communications, Google's novel
technology uses light
radar and mapping software to guide the vehicle as a completely independent unit.
The U.S. Border Patrol plans to
use ground - penetrating
radar technology to spot illegal transborder tunnels
France is building the world's first wind farm with turbine blades designed to minimize interference with
radar systems,
using technology partially inspired by stealth warplanes.
NASA's Deep Space Network regularly
uses similar
radar technology to locate spacecraft.
The researchers allowed bumblebee foragers to feed on an array of artificial flowers and
used harmonic
radar technology to follow individuals continuously over every foraging trip they made as they gradually developed solutions to the problem of how to visit them all.
French credited modern
technology with making the detailed cloud - seeding observations possible, citing the
use of ground - based
radar as well as
radar on UW's King Air research aircraft and multiple flights over the mountains near Boise.
NOAA research meteorologist Pam Heinselman believes another advanced
radar technology used by the U.S. Navy to detect and track enemy ships and missiles has great potential to improve weather forecasting as well.
Furthermore, they say the algorithm could be
used to calculate complex measurements such as
radar cross sections, an ability integral to the development of
radar stealth
technology, among many other applications.
Researchers believe this
technology — published online today in Bioinspiration & Biomimetics — could be
used in aerial or submarine drones to improve navigation, as well as extend the sensory range of current robotic systems, which is limited to vision,
radar, and sonar.
The
radar technology in the works is similar to what civil engineers
use to peer through dirt and concrete for pipes and cables.
Similar illusion devices could eventually be
used for stealth
technology: for example, to «convert the
radar image of an aircraft into a flying bird», Cui says.
The
technology continuously monitors the object — and a central control unit
uses the camera and
radar data to evaluate the risk of a collision and to initiate the most efficient counteraction.
GM later
uses this
technology inits Firebird III and experiments with
radar in the Cadillac Cyclone dream car.
Available safety features will
use both camera and
radar technology, and include automatic braking, lane - keep assist, active cruise control, and blind - spot monitors that can see to all the way to a trailer's flanks.
Available Forward Collision Alert system
uses camera
technology and / or available
radar to alert you to detected slowing vehicles in your path.
Outlander Sport's Lane Departure Warning (LDW) system
uses an onboard camera to monitor lane position in front of the vehicle, while the available Adaptive Cruise Control (ACC) system
uses 77 GHz
radar technology to make sure you can travel through all areas of traffic safely.
Subaru's EyeSight driver - assist
technology, which
uses forward - facing
radar and a monocular camera to provide semi-autonomous driving support, is standard on all Ascent trims.
Available Forward Collision Alert systems
use camera
technology and / or available
radar to alert you to detected slowing vehicles in your path.
The
technology uses vision,
radar and ultrasonic sensors to determine if a crash is about to occur.
These smart
technologies make driving easier and safer as they
use radar and cameras to monitor what's happening around you.
Toyota Certified
Used Vehicles Details: * Roadside Assistance * Powertrain Limited Warranty: 84 Month / 100, 000 Mile (whichever comes first) from original in - service date * Limited Warranty: 12 Month / 12, 000 Mile (whichever comes first) from certified purchase date * Transferable Warranty * Vehicle History * Warranty Deductible: $ 50 * 160 Point Inspection Standard Equipment MECHANICAL & PERFORMANCE 1.8 L 4 - cyl DOHC 16 - Valve Dual VVT - i Continuously Variable Transmission 16 - in Wide Vent Steel Wheels And P205 / 55R16 Tires SAFETY & CONVENIENCE Toyota Safety Sense - P: Pre-Collision Sys w / Pedestrian Detection, Dynamic
Radar Cruise Control, Lane Departure Alert w / Steering Assist, Automatic High Beams Star Safety System Includes: VSC, TRAC, Anti-lock Brake System, EBD, Brake Assist & Smart Stop
Technology 8 Airbags: Dr & Fr Pass Adv Airbag Sys, Dr & Fr Pass Seat - Mounted Side Airbags, Dr Knee Airbag, Pass Seat Cushion Airbag Front & Rear Side Curtain Airbags LATCH (Lwr Anchors & Tethers for CHildren) for Outboard Rear Seating Positions Only Whiplash - Injury Lessening Front Seats EXTERIOR Bi-LED Headlights LED Daytime Running Lights In Headlight Color - Keyed Heated Power Outside Mirrors INTERIOR Premium Fabric - Trimmed 6 - Way Adj Dr Seat 4 - Way Adj Fr Pass Seat w / Seatback Pocket Entune Audio w / 6.1 - in Touch - screen incl Entune Multimedia Bundle (AUX / USB / BT / Adv Voice Recognition), Siri Eyes Free 3.5 - in Monochrome TFT Multi-Info Display Integrated Backup Camera w / Projected Pth Steering Wheel w / Audio & Bluetooth Hands - Free Phone Voice Command Controls Auto Climate Control w / Pollen Filter and Push Button Controls Remote Keyless Entry System
To do this, the current EyeSight
technology - which
uses stereo camera and two
radars - will be upgraded with multiple new
radars and other sensors.
Powered by the Honda Sensing
technology that
uses radar sensors and camera lenses, this automatic braking function is also available in the Civic Sedan.
ACC adjusts to match the speed of the vehicle ahead
using radar and camera
technology.
Using forward - sensing
radar technology and an intelligent camera, the system is designed to detect the distance of the vehicle traveling directly ahead of you and adjust your speed accordingly.