Stereo vision, first utilized as far back as in the late 1800s, is now entering the autonomous driving space. Nodar, a Boston-based software company, is developing an algorithm to align camera ...

Stereo camera use case with autonomous mobile robots. Source: OTTO and Gideon Brothers. 3D sensors are a fundamental technology for measuring depth perception. These sensors can be found in several ...

Bio-inspired stereo vision adapted to automotive sensing may be a game-changer. To launch automated vehicles, the general thinking is that LiDAR is required to accomplish highly precise long distance ...

Humans have stereo vision. With two eyes, two perspectives, and some hefty brain processing power, we can perceive distance by sight, a nifty trick if you need to hunt your food or hope to avoid ...

High-accuracy determination of the position of features in the field of view (positioning) is one of the most significant functions of a camera used on a satellite. Knowledge of the inner orientation ...

DLR CalLab emerged late in the year 2005 at the Institute of Robotics and Mechatronics. It followed from the strategic purpose of both upgrading the former CalLab package and at the same time ...

There's nothing remarkable about cameras anymore. They've been around for centuries, and we carry them in our pockets every day now without a thought. But in fact, they are remarkable even today, as ...

An in-depth interview on the Bumblebee X, reveals how durable, high-resolution depth sensing is transforming outdoor robotics.

San Francisco-based Stereolabs has launched a new 3D camera that promises to deliver high quality 3D image capture at a less than astronomical price. The compact, lightweight ZED 3D vision sensor can ...