When a child runs out onto the road, the average human driver takes 1.6 seconds to hit the brake pedal. The reaction time is cut to 0.5 seconds for automated vehicles fitted with radar/lidar sensors ...

I recently picked up a couple of microwave motion sensor radar modules. You have seen (and perhaps tried) it before. This post is about the HFS-DC06 (DC5V/5.8GHz) Microwave Radar Sensor Switch Module!

Modern communications and sensing technologies have revolutionized the way cars are designed. To increase safety and move toward autonomous driving (AD), new vehicles must include systems that can ...

Explore how self driving cars and autonomous vehicles use self driving car sensors, lidar radar cameras, and autonomous driving technology to perceive roads, make decisions, and enhance safety.

Self-driving technology is likened to training the autonomous vehicle (AV) to drive like humans – or hopefully better than humans. Just as humans rely on their senses and cognitive responses for ...

Radar systems are evolving rapidly, using improved technology to bring new benefits. A changeover to more digital components is enabling techniques such as beam forming, which improves surveillance ...

TI rolled out its second-generation chip for short- to long-range automotive radar sensors. The IC brings more than 30% better resolution and 40% longer range than other solutions on the market. Check ...

When the world’s first “motorwagen” was introduced in 1885, the notion that a car would one day drive itself was laughable. Today, assisted and autonomous vehicles are the reality of an age where ...

In the days before integrated circuits became ubiquitous, providing advanced functionality in a single package, designers became adept at extracting the maximum use from discrete components. They’d ...

On a snowy and slushy day across Greater Boston today, drivers might wish they had the advanced sensor technology coming to market soon from Boston startup Teradar. The company’s sensors work like ...