Examples of using Radar sensors in English and their translations into Chinese
{-}
-
Political
-
Ecclesiastic
-
Programming
Radar sensors have some real limitations.
They help with applications including space exploration,wireless communications and radar sensors.
Four radar sensors- two front facing and two rear facing;
They also typically have a wider field of view than the radar sensors, so they may see an incoming car sooner.
Radar sensors- surround sensors for complex driving situations.
Multi-mode radar in rear bumper(80 m and 30 m) Three radar sensors scan direction of travel(150 m);
Radar sensors- surround sensors for complex driving situations.
To meet the requirements of the rescue teams in Haiti,Very High Resolution imagery is needed from both optical and radar sensors.
In recent years, laser radar sensors have expanded into many fields and their use will continue to grow.
It uses four laserscanners on the roof as well as ultrasonic sensors, radar sensors, side area view cameras, and a front camera.
But, like all radar sensors, it's less angularly accurate than lidar as it loses sight of objects on curves.
Infineon has also introduced new,integrated test methods to ensure its radar sensors meet the automotive industry's demanding quality requirements.
Radar sensors on the driver's door detect lamp posts or other obstacles to stop the door swinging open and bumping into objects.
To satisfy this requirement, several cameras, radar sensors, and lidar sensors need to verify the measurement data independently of one another.
It accurately identifies the position of own vehicle by using multiple conventional in-vehicle cameras,sonars, and radar sensors as well as a 2D road map.
Both short- and long-range radar sensors are usually deployed all around the car and each one has their different functions.
Infineon shows what is possible through a combination of smart sensors, for example,XENSIV™ radar sensors can make fitness applications intelligent.
However, radar sensors don't pick up as much detail, and the cameras perform pretty poorly in low light or glaring conditions.
Together with the R&S ATS1000 shielded chamber and the R&S QuickStep test execution software,it ensures fail-safe testing of automotive radar sensors.
Today, radar sensors already exist in applications such as lane change assistant, blind spot detection or adaptive cruise control.
With the advent of advanced driver assistance systems(ADAS),vehicles are increasingly being equipped with radar sensors that support drivers in critical situations.
The main advantage of 79 GHz radar sensors is the 4 GHz bandwidth, which significantly improves resolution and accuracy for both range and velocity.
The Terahertz range is attractive and offers applications including space exploration,future wireless communications and radar sensors, for example for a self-propelled vehicle fleet.
The latest generation of radar sensors is even better at capturing the vehicle's surroundings- including in bad weather or poor light conditions.
ProPilot 2.0 employs seven cameras, five radar sensors, and 12 sonar sensors, combined with a 3D high-definition mapping navigation system.
Long-range radar sensors can track high-speed objects, such as oncoming vehicles, while short-range radar sensors provide detail about moving objects nearer the vehicle.
The latest generation of radar sensors is even better at capturing the vehicle's surroundings- including in bad weather or poor light conditions.
Most importantly, radar sensors designed for consumers provide users with complete privacy protection without infringing on sensitive user information.