The most important aspect to consider in time-of-flight technology is the drastic change in embedded vision technology, says Maharajan Veerabahu. From the 1970s when it was first theorised to its ...

World’s first CMOS-process-based Time-of-Flight sensor with maximum outdoor measurement range of 20 meters, more than five times that of existing products, will drive practical use of image sensors ...

The robot requires some human intervention. When taking off, an operator uses radio controls to position it over an image sensor on the ground. Once the sensor recognizes the robot's position and ...

TOKYO — Seiko Epson Corp. has developed a flying microrobot capable of autonomous flight. The prototype robot evolved from an initial version shown last November that was controlled from the ground.

It empowers autonomous robots with omnidirectional depth perception, enabling robots to “hear” their surroundings in real-time 3D - using airborne soundwaves to interpret spatial information.

A time of flight sensor clocks out photons and records how long it takes them to return at 299,792,458 meters per second.

A time of flight sensor clocks out photons and records how long it takes them to return at 299,792,458 meters per second. It’s less sensitive to noise, and if you can believe this SparkFun demo ...

We already see Time of Flight camera or TOF camera on many flagship-level smartphones from Samsung, Huawei, LG and others. Some call them DepthVision or 3D sensor. Here is how they work.

Algorithms allow multiple autonomous robots to connect with each other and take flight.

Let's explore seven opportunities for using generative AI in accelerating robot deployment by tackling some of its most notable challenges and steps.