There’s something about the large imposing wooden box of an arcade machine that lends a confident presence to a room. The problem with a tall and heavy box is that it takes up quite a bit of space and readily draws the eye. So [Alexandre Chappel] set out to avoid that and build an arcade machine […]
ARCADE MACHINE PACK AND PLAY Read More »
If you’ve looked into GPU-accelerated machine learning projects, you’re certainly familiar with NVIDIA’s CUDA architecture. It also follows that you’ve checked the prices online, and know how expensive it can be to get a high-performance video card that supports this particular brand of parallel programming. But what if you could run machine learning tasks on
OPENGL MACHINE LEARNING RUNS ON LOW-END HARDWARE Read More »
There’s so much obsolete technology out there with great design. It’s really sad to see it end up in the landfill, because even though the insides may be outdated, good design is forever. Take this 1980s Panasonic answering machine, for instance. The smoky plastic of the cassette lid is the perfect screen for Dot, because it
AN ECHO DOT FOR THE 1980S Read More »
If you are interested in learning about machine learning (ML) and artificial intelligence (AI) you may be interested in a new free online course by the team over at the Raspberry Pi Foundation. Providing the fundamentals of ML and AI and allowing you to learn how to train your own machine learning models using free online tools.
Learn about machine learning and the fundamentals of AI with free Raspberry Pi course Read More »
QuickLogic Corporation and Antmicro jointly-announced QuickFeather™, a small form factor development board designed to enable the next generation of low-power Machine Learning (ML) capable IoT devices. On top of the open source hardware design, available on GitHub today, Antmicro has also added support for the QuickFeather board in the Zephyr Real Time Operating System (RTOS) as well as
BRINGING LOW POWER MACHINE LEARNING TO ENDPOINT IOT DEVICES Read More »
EMBUX introduces its newest ARM embedded board, the EBC3A1-1G Y0, particularly intended for machine manufacturers and system integrators. The embedded board is selectively based on the NXP ARM Cortex-A9 i.MX6 processor to ensure high performance at a lower cost. With multiple, distinct I/Os, the sky’s the limit as to how to connect the EBC3A1-1G Y0 with
EBC3A1-1G Y0: THE OPTIMUM EMBEDDED BOARD FOR ATM KIOSKS AND VENDING MACHINES Read More »
This smart device is able to monitor and display CO2, TVOC, PM, temperature, humidity and air pressure measurements. In this project you will lean how to build a device capable of measuring air quality, designed for indoor use. It displays the measures on a 5 inch touch-screen interactively and provide feedback on how to improve
INDOOR AIR QUALITY MONITORING SYSTEM Read More »
Introduction For pet owners, monitoring their food intake is one of the most important aspects of ensuring ahealthy and happy pet. Overeating has the potential of negatively affecting a pet’s life, while apet refusing to eat could be a sign of something more serious that may require a visit to the vet.Unfortunately, not all pet
Pet Food Monitor Using Raspberry Pi Read More »
American Portwell Technology, Inc., (https://www.portwell.com), a world-leading innovator in Industrial PC (IPC) and an Associate member of the Intel® Internet of Things (IoT) Alliance, announces the LEAD-PD, -PND and -PPC series, a new family of panel PC products designed for the IoT market as a robust, functional and flexible multi-touch human machine interface (HMI). According
PORTWELL’S NEW FAMILY OF MULTI-TOUCH HUMAN MACHINE INTERFACE (HMI) PANEL PC PRODUCTS Read More »
As machine learning and artificial intelligence becomes more widespread, so do the number of platforms available for anyone looking to experiment with the technology. Much like the single board computer revolution of the last ten years, we’re currently seeing a similar revolution with the number of platforms available for machine learning. One of those is
SMART CAMERA BASED ON GOOGLE CORAL Read More »
