Every day we tap the screen, swipe a bit, zoom in and out, and our phones understand us. But how does the screen know we are there? Our fingers are not remote controls; they don’t emit light or shout, “I’m here!” First, let’s talk about the old-school method: resistive screens. Two layers of thin film … Read more
If you want to add gesture interaction to embedded devices but are worried about hardware limitations, the QuecPython open-source project might be just what you need — a real-time gesture recognition system based on TinyML technology, utilizing the MPU6500 six-axis sensor and a random forest model to achieve precise and lightweight gesture perception on the … Read more
The title of this project is: Rock-Paper-Scissors Gesture Recognition. This project implements basic gesture recognition for rock-paper-scissors, compares the recognized results with the gestures stored in the machine, controls the servo’s behavior based on the results, and synchronizes the recognized results to the host computer. Table of Contents Project Overview Hardware List Servo Control Pins … Read more
Recently, uSens officially launched a globally leading gesture recognition system solution based on the Rockchip Toybrick TB-RK3399ProD development platform, which can be widely applied in fields such as artificial intelligence, AIoT, intelligent vision, smart voice, new retail, and personal consumer electronics, attracting much attention. This follows uSens’s technical upgrade after the debut of the gesture … Read more
Recently, Samsung disclosed a patent regarding the interactive design of smartwatches, focusing on optimizing the user interface of wearable devices. By integrating a touch-sensitive area on the strap with an intelligent rotating interface, it aims to provide users with a more dynamic interaction experience. Traditional smartwatches primarily rely on screen touch for interaction, while Samsung’s … Read more
MarkDown # Getting Started with TinyML: Playing with AI on Micro Devices Using Python Hello everyone! Today we are going to explore a super cool Python library – TinyML. In simple terms, TinyML is a magical tool that allows AI models to run on micro devices like smartwatches and sensors. Imagine your fitness band intelligently … Read more
TinyML-ESP32 Project: Gesture Recognition, Voice Wake-Up, and Jump Rope Counting. The TinyML-ESP32 project, supported by Black Walnut Lab, pushes the performance of the ESP32-WROOM-32 development board to the limit, achieving three major AI capabilities: gesture recognition, voice wake-up, and motion counting. Gesture Recognition: From data collection to model deployment, the project captures motion trajectories in … Read more
According to a report from Electronic Enthusiasts (by Zhang Ying), the Munich Shanghai Electronics Show grandly opened on April 15. From AI glasses in the consumer sector to vital sign monitoring in smart healthcare, and to the perception joints of robotic dexterous hands, the trend of edge AI MCUs facilitating terminal deployment is becoming increasingly … Read more
According to reports from Electronic Enthusiasts (by Li Wanwan), on April 15, the Munich Shanghai Electronics Show grandly opened, attracting a large crowd with numerous domestic and international exhibitors. Products such as MCUs, power management chips, power devices, passive components like inductors/capacitors, and sensors were showcased, with AI technology, humanoid robots, and automotive electronics being … Read more
Hello everyone, this is Coolbuy (WeChat: coolbuy), the only media outlet that randomly critiques technology. Google’s cutting-edge technology seems never-ending. Following the recent buzz about their smart home lamp (click the link to view the article), Google has just released a stunning smartwatch. ▲ This video will blow your mind It is no exaggeration to … Read more