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 ...

Camera calibration is the process of estimating the parameters that define the optical and geometric characteristics of a camera in order to relate three-dimensional world points to their ...

Three-dimensional voxel reconstruction based on stereo vision is essential for environmental perception in autonomous robots. Existing pseudo-LiDAR methods recover voxel grids by estimating depth maps ...

MUNICH, Germany—Autonomous vehicle vision technology provider Nodar has new capability within its Hammerhead product that offers long-range object detection and tracking for advanced driver assistance ...

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 ...

Designed as a drop-in replacement for its predecessor, the Bumblebee2 stereo vision camera system from Point Grey Research acquires 48 frames/s at a resolution of 640×480 pixels (VGA) or 18 frames/s ...

Despite 3D imaging technology being around for several decades, the first commercial 3D imaging products have only become available within the last 10-15 years following the use of the latest High ...