«Unlike other driver assistance systems,» Cadillac says, «Super Cruise utilizes two advanced technology systems — a driver attention system and precision
lidar map data — to ensure safe and confident vehicle operation.»
Super Cruise utilizes two advanced technology systems — a driver attention system and precision
LiDAR map data.
Super Cruise is the first assisted driving technology that will use
LiDAR map data in addition to real - time cameras, sensors and GPS.
The 2018 Cadillac CT6 is going to be offered with Cadillac's new Super Cruise self - driving system that offers two features that Tesla does not — driver attention monitoring and precision
LiDAR map data.
There's also the MyCadillac App that lets you remote start you CT6 from virtually anywhere (where there's cell phone service) as well as the unique Cadillac Super Cruise hands - free driving system that uses precision
LiDAR mapping data, a state - of - the - art driver attention system, and a network of cameras and radar sensors.
Not exact matches
Like its predecessors, Pegasus ingests all of the
data that self - driving cars generate from their camera, radar, and
LiDAR sensors and quickly processes that
data to create a
map of the vehicle's surroundings.
But in this case, the system uses a combination of prior
maps as well as the
lidar, which sends out a signal and gathers
data on the range and intensity of objects in its path and around it in order to determine where the vehicle is driving in real time.
... Nassau County got new flood
maps in 2009, using
lidar data and a new storm surge analysis.
In parking garages under its futuristic glass - and - steel complex in northern Beijing, cars crowned with
LIDAR sensors troll around on test runs for collecting
mapping data that will feed Baidu's autonomous driving lab.
LiDAR is a method of
mapping from the sky: An airplane - mounted device sends a constant pulse of laser light across a swath of terrain; precise measurements of how long it takes the emitted breams to bounce off surfaces are taken and translated into topographic
data.
As good as the
LiDAR data are, there is still on - the - ground work to be done after compiling a
LiDAR map, said Timothy Beach, professor of geography and the environment, University of Texas at Austin.
This «sub-grid inundation model» incorporates high - resolution elevation
data collected with
LIDAR, a
mapping technique that uses airborne lasers to
map the ground surface to within a few inches of its actual height.
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maps, geography, open
data, python, drones / UAV,
LIDAR, geo books, conferences, GIS jobs, & more.
Cadillac partnered with Ushr (Geo Digital) to
map US / Mexico roads with
lidar, and provide precise
data on road curvature, number of lanes, and entrance / exit lanes.
As for the «
LiDAR - based
mapping data», this scan of limited - access highways in the U.S. and Canada is paired with an improved GPS system, real - time cameras, and sensors to determine whether or not the system can come on, along with keeping the vehicle on the road.
Described as «the industry's first true hands - free driving technology for the highway,» (Tesla would argue otherwise) Super Cruise combines the driver assistance features currently on the CT6, along with a driver attention system and
LiDAR - based
mapping data.
To arrive at a carbon
map that spans three continents, the team used
data from the Geoscience Laser Altimeter System
lidar on NASA's ICESat satellite.
In the case of the
LIDAR data used in solar design, the scanner is typically outfitted on a plane to
map the topography of the land below, but
LIDAR has other applications as well.
By feeding this
data through high - resolution
LiDAR and GPS
map data, the team was able to create a detailed 3D portrait of both the current and previous post-glacial geological periods in the Chesapeake, winding back to several million years ago.
Combining this
data with high - resolution
LiDAR and GPS
map data allowed the team — that included scientists from UVM, the US Geological Survey, Utah State University, Berkeley Geochronology Center, and Imperial College, London — to create a detailed 3D portrait of both the current and previous post-glacial geological periods in the Chesapeake, stretching back several million years.
Aided by
lidar, an aerial laser radar technology, cartographer Daniel Coe produced this ghostly blue
map of
data showing the historical paths of the Willamette River in Oregon, spanning 15,000 years.
Coe, who created the
map for the Oregon Department of Geology and Mineral Industries (or DOGMI, which has been collecting
lidar data since 2006), remarks:
The allegedly stolen
data included circuit board blueprints and information concerning the Light Detection and Ranging (
LiDAR) system which is a key component in self - driving car sensor and
mapping technologies.
Canadian Geospatial Resources helps in information related to geomatics, GIS, cartography /
maps, geography, open
data, python, drones / UAV,
LIDAR, geo books, conferences, GIS jobs, & more.
The current method of flood
mapping and amendment is inefficient when states are using light detection and ranging (
LiDAR) to collect the
data for whole neighborhoods at once.