You may ask "Why do I need to use a bunch of the StereoPi?" Well, we got a set of requests from our customers, who need to take a lot of images at once. …

The Raspberry Pi Compute Module powering the StereoPi has the ability to operate as an USB device thanks to an USB-OTG hardware within the processor. This…

You often hear that Python is too slow for computer vision, especially when it comes to single-board computers like Raspberry Pi. Python is very simple and…

This is our third article in The Art of Stereoscopic Photo series (part 1, part 2). In it, you will learn how to take stereoscopic photographs of small objects…

A friend of mine does psychological research in the field of human perception. He was impressed by our experiment with Oculus Go, and wanted to use this…

The goal of this series of articles is to create a compact indoor robot that can navigate using stereo vision. As a platform for it, we’ll use a small Dagu RP5…

Introduction In the previous article we reviewed the main rules and principles that allow you to get high-quality stereo photographs. In this article we will…

I’ll skip a lengthy intro and go straight to the point. So, I have a stereo camera capable of outputting H264 video over different protocols, and I have an…

With the StereoPi, you can enter the world of stereoscopic photography! The art of stereoscopic photography actually began in the 18th century and the…

UPD> We have updated version of this article, including C++ code, here:OpenCV: comparing the speed of C++ and Python code on the Raspberry Pi for stereo…

In this article we will continue our experiments with the StereoPi stereoscopic camera based on the Raspberry Pi Compute Module. This time, we will create a…

If you use ROS when creating robots, then you probably know that it supports utilization of stereo cameras. For example, you can create a depth map of the…

My friend showed me some screenshots to clarify what it should look like:   After several days to compile mechanical parts and write some code for video…