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Welcome to the Intellar Blog: Where Innovation Meets You
Welcome to the Intellar Blog: Where Innovation Meets You
Sharing knowledge is the heart of Intellar. Here, you'll find a collection of projects presented in a blog format, all aligned with our core values.
Whether you're a student, hobbyist, or simply curious about technology, this blog is for you! We showcase easy-to-follow projects that use readily available budget-friendly technology, making them perfect for schoolwork or DIY endeavors at home. The source code for each project is always available on our GitHub page: https://github.com/intellar.
P.S. We sometimes have leftover electronic boards or components from our projects. These are available for purchase. By buying directly from Intellar, you get parts that will work with the project, and it will contribute to the creation of new projects. If you're interested, to inquire about available parts or place a custom order, contact us at intellar@intellar.ca. We'll send you a quote and process it through PayPal if it works for you.
[2023] This project objective was to create a prototype of a low cost, compact, and controllable projector using the raspberry pi computer and TI LightCrafter 2000.
[2023] This project consists in converting a low cost motorized rotating display stand into an ultra low cost programmable rotating display controlled with python. The usb link is very simple and can be accessed from linux (ex. raspberry pi) and windows.
[2023] Simple project where eyes are rendered on the oled display with an arduino nano. By quickly drawing changed in the eye shape, the eyes appear animated. Each animation is triggred over usb with a python script sending serial command.
[2023] A python implementation of the asn feature detector that can localize salliant image corner features with great precision.
[2024] A python implementation of projector mapping on planar scene using raspberry pi and the dlp2000 projector.
Flicker free animated eyes on a LCD display
[2024] in progress.
[2025] New project in the making with the sony imx500 cmos sensor and raspberry pi. By integrating an AI processor directly on the cmos, the images of the IMX500 can be interpreted without ever leaving the sensor.
Eye and motion tracking with ESP32 with Time of Flight laser sensor
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