https://youtu.be/H7k1YApU0pg This post is the first of several image processing tutorials that are to follow. We take a closer look at the pixels that make up an image, learn how to install OpenCV on the Raspberry Pi (with a Raspberry Pi Camera) and we also write test scripts to capture an image and also carry…
https://youtu.be/iYmyUZ929FU In this project we will use an Arduino transmitter which convert English words into Morse code then represent it in light and sound with laser and buzzer. Arduino receives words through serial bluetooth communication. I build Android application and desktop application using “MIT app inventor, Python 3.7, PyQt4, Serial package”. I also used Image…
What to do with such a Lego collection? Digging through it to find Just the Right Piece can be frustrating, and bringing order to the chaos with manual sorting is just so impractical. How about putting some of those bricks to work with a machine-vision Lego sorter built from Lego? The main component of this…
Let’s build a system able to detect the movement of people and objects through a video camera and send alarm e-mails with Raspberry Pi 3 B +. The so-called Computer Vision or artificial vision is a research sector that deals with how computers can interpret visual reality exactly like a human being; it uses…
Let’s experiment with the OpenCV 4 library in real-time face recognition and smile detection project. In the article “Home automation with OpenCV 4” we have introduced the OpenCV 4 library for Raspberry Pi, which represents a powerful tool to realize applications in the field of image detection with a specific camera for Raspberry Pi….
Developer and enthusiast Adrian Rosebrock published his Raspberry Pi project a few weeks ago, providing full instructions and all the code required to build your very own Raspberry Pi security camera using OpenCV and computer vision. Adrian’s camera is an IoT project: it not only captures footage but also uses Twillo to send that footage,…
Vincross has launched a Kickstarter campaign for a modular robotics kit ranging from $89 for the Linux-driven, quad -A53 compute unit, called MIND Kit. The MIND Kit aims to fill the gap between professional robotics kits and robot development kits aimed at children. Robotics kits aimed at roboticists and experienced robot hobbyists are too complex…
StereoPi project was born to provide a way of connecting two Raspberry Pi cameras to a single board. Using a Raspberry Pi Computer Module the system offers dual cameras at the required spacing for stereophotography. It also brings out all the interfaces you’d expect on a regular Pi, so there is the familiar 40-pin expansion header as…
Medical engineering is just one of the important areas where researchers have found a use for the Pi. This stent-testing robot was designed by Dr Henry J Feldman, chief information architect at Harvard Medical Faculty Physicians. Stents are small tubes used to prop open a patient’s airway. It’s incredibly important they don’t fail because they keep…
Buddy is a great companion that connects, protects, and interacts with each member of your family. It is full of personality and reacts to his environment through a range of expressions that allow him to better engage with his family. Accompanying the family in its daily tasks, Buddy protects your home, entertains kids and interacts…
Intel now it’s working to improve Arduino connectivity on Intel based systems running Linux with its cloud-based Arduino Create development software. Arduino Create is debuting on a kit version of Aaeon’s Intel Apollo Lake based UP Squared SBC called the UP Squared IoT Grove Development Kit. The kit adds Seeed’s Arduino compatible Grove Pi+ extension board, a display,…
First of all you need a webcam UVC compliant as this Logitech* C270 Webcam with HD 720P resolution and 2.4 GHz Intel® Core™ 2 Duo processor. The webcam plugs into the USB port of Intel® Edison development board which turns it into an IP webcam streaming video to a website. Using the webcam with the…
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