Learn how to make a touchless air drum set using Arduino and ultrasonic sensors for endless musical fun. ‘That Has Never Been ...

Hi, I'm Bill. I'm a software developer with a passion for making and electronics. I do a lot of things and here is where I document my learning in order to be able to inspire other people to make ...

Authored by embedded ML specialists with extensive experience in ESP32 voice recognition architecture, TinyML optimisation, ...

Live Updates Live Coverage Updates appear automatically as they are published. Get The Best Qualcomm Live Earnings Coverage ...

Here’s a look at six wireless IoT development kits that enhance multiprotocol design, from BLE and Zigbee to LoRa and Thread.

Edge AI is here — faster, smarter, and closer to the data. In Elektor’s upcoming guest-edited edition with Edge Impulse, discover how engineers are building intelligent devices using keyword spotting, ...

This strengthens Google’s position against rivals such as Microsoft and AWS as enterprises seek faster, more reliable ways to ...

Learn how HUSKYLENS 2 simplifies AI vision with its dual-core processor, modular hardware, and compatibility with popular ...

Memristors — short for “memory resistors” — are the brainlike workhorses of neuromorphic computing, capable of learning from ...

Abstract: Intelligent reflecting surface (IRS) is an enabling technology to engineer the radio signal propagation in wireless networks. By smartly tuning the signal reflection via a large number of ...

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学习编程，早已不是程序员的专属。它是一种全新的思考方式，被誉为“数字时代的读写能力”。它教会孩子的，远不止是与计算机对话的技能，更是一种被称为“计算思维”的底层逻辑能力——拆解问题、模式识别、抽象归纳和算法设计。这种能力，无论孩子未来从事何种行业，都将是其解决复杂问题的核心竞争力。那么，如何引导孩子从单纯的“消费者”转变为“创造者”，让他们真正爱上编程这门“未来语言”呢？这需要我们用对方法，找对路 ...