Sentence examples for vehicle radar from inspiring English sources

In the autonomous car market, NXP revealed a new microcontroller product for use with vehicle radar that will supply four times more computing power to these systems, which will lead to better performance and higher accuracy for radar detection features, which include automatic braking, lane change and cruise assist.

And after a spike in the number of fatalities on French roads, Paris announced steps in May to fight speeding, saying that it would remove speed camera warning panels; increase the number of unmarked radars; ban in-vehicle radar detection devices; and crack down on the use of mobile phones behind the wheel.

Instead, the U.S. provided "nonlethal" aid, including vehicles, radar, and body armor.

These systems, collectively called crash avoidance systems, use on-vehicle radars, cameras, other sensors, and computer intelligence to determine the situations that could lead to a crash.

From the above points of view, this paper proposes a more accurate method of detecting the preceding vehicle by radar, and of controlling the distance between vehicles.

S. Miyata et al. in "Improvement of Adaptive Cruise Control Performance" propose a more accurate method for detecting the preceding vehicle by radar while cornering.

This paper proposes more accurate methods of detecting the preceding vehicle by radar while cornering, with consideration for the vehicle sideslip angle, and also of controlling the distance between vehicles.

Nvidia's processor is the "brain" of Audi's zFAS system, which is the computer that handles driver assistance onboard the A8, and that takes sensor data gathered from the vehicle's radar, camera, laser scanning and ultrasound sensors to create a fused picture of the road with a range of different types of data.

In normal operations the launcher would be accompanied by separate vehicles carrying radar and control facilities.

The vehicles used radar and optical sensors to compute their proximity to each other and guide their final approach and contact.

Two-phase cooling is attractive for high heat-flux applications arising in high-power electronics such as LEDs, all-electric vehicles, and radar systems.