Getting Started with HuskyLens: A Hands-on Guide to the Husky Artificial Intelligence Camera

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Getting Started with HuskyLens: A Hands-on Guide to the Husky Artificial Intelligence Camera

Text length:5883 words 11 images

Estimated reading time:15 minutes

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A couple of days ago, Teacher Tie Xiong from the workshop was on his way to work when he suddenly stumbled upon something under his feet. He looked down and saw that it was...

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Raspberry Pi 5: Engineer Perspectives on the Latest Release

Raspberry Pi 5: Engineer Perspectives on the Latest Release

It has been 4 years since the release of the previous generation of Raspberry Pi (RPI4 @2019). The Raspberry Pi 4 even reached a "sky-high price" for a while, becoming a financial product, and there was news earlier this year that there would be no updates.

However, the Raspberry Pi has officially announced the information for the fifth generation and is set to be released on October 23. Although the overall

Exploring FPGA Projects in International Universities

Exploring FPGA Projects in International Universities

  • Let's take a look at FPGA development projects at international universities.

As far as I know, many universities in China do not offer courses related to FPGA, so many students are self-taught. However, self-learning requires certain goals and projects. Today, let's look at the FPGA project courses offered by Cornell University, an Ivy League school. Most of the courses come with source code, and they are developed in Verilog, similar to the practices in

Understanding ADC Quantization Error in Embedded Systems

01 ADC Quantization Error

1. Introduction

AD\Test\2024\April\TestATMEGA16.SchDoc

Recently, the sampling characteristics of a 10-bit ADC were measured. When the input signal changes very slightly, the quantization error of the ADC greatly affects the sampling results. Even averaging 512 data points cannot eliminate the impact of quantization error. Next, tests were conducted by introducing noise interference into the signal to mitigate the errors caused by quantization. Oversampling the data and averaging it can improve the ADC's resolution.

Understanding ADC Quantization Error in Embedded Systems

How Early MCU Chips Were Encrypted?

Source | IoVSecurity

Editor | strongerHuang

Since the birth of MCUs in the 1970s, the technology for cracking chips and the solutions to prevent chip cracking have been in a continuous chase of "one height above the other".

This article shares the development history of microcontrollers in security protection and summarizes the advantages and disadvantages of the highest security level smart card chips at the end of the article.

1. Single Board Computer Era

In the early 1970s, embedded systems were composed of separate components

Real-time Detection of Plant Stress Using Nano Sensors

The carbon nanotubes embedded in the leaves can detect the chemical signals produced when plants are damaged.

Real-time Detection of Plant Stress Using Nano Sensors

Image Source: Felice Frankel

From: Keyan Qun WeChat Public Account (科研圈)

Source: MIT News Office

Written by Anne Trafton

Translated by Akin

Reviewed by Qi Yiyin

Engineers at the Massachusetts Institute of Technology (MIT) have developed a method to closely track how plants respond to stressors such as injury, infection, and light damage using sensors made from carbon nanotubes. These devices

How to Set Up a Cool Dashboard on Your Raspberry Pi

How to Set Up a Cool Dashboard on Your Raspberry Pi

Pi Dashboard is an open-source IoT device monitoring tool released by the Raspberry Pi Laboratory, currently mainly targeting the Raspberry Pi platform while also being compatible with other Raspberry Pi-like hardware products. You only need to set up a PHP server environment on your Raspberry Pi to easily deploy a Pi Dashboard and monitor the status of your Raspberry Pi through a cool WebUI!

Currently included monitoring projects are:

  • Real-time

DIY Budget Google Glass: Custom Gesture Control with Raspberry Pi

Report from Xingkun at Aofeisi Quantum Bit | Official Account QbitAI

With cool gestures, control the electronic imaging projected in front of you, isn't this just the basic configuration in sci-fi movies?

DIY Budget Google Glass: Custom Gesture Control with Raspberry Pi

Now, someone has brought it from science fiction movies into reality. Move your fingers to gain control over the world in front of you.

YouTube creator Teemu Laurila, who is keen on making smart gadgets, DIY-ed a pair of AR

Understanding Why MCUs Typically Run RTOS While SoCs Often Run Embedded Linux

This article is very popular: Differences between CPU, SoC, and MCU

MCU (Microcontroller Unit) and SoC (System on a Chip) are two different types of embedded systems that typically run different types of operating systems, depending on their application scenarios and hardware resources.

  1. MCU (Microcontroller Unit):

  • Type: An MCU is a microcontroller that integrates a processor core, memory, peripherals, and other basic functions on a single chip.

  • Application Scenarios: Commonly used in simple, real-time embedded systems, such as sensor control, embedded devices, etc.

  • Operating System:

Remote Control LED with NodeMCU via WiFi

Remote Control LED with NodeMCU via WiFi

NodeMCU Series Tutorial:

  1. ESP8266 and the IoT Marvel NodeMCU

  2. Light Up LED: How to Program NodeMCU with Arduino IDE

  3. Three Network Modes of NodeMCU: How to Turn it into a WiFi Hotspot

Remote Control LED with NodeMCU via WiFi

In the previous tutorial, we introduced the three network modes of NodeMCU/ESP8266 and practiced how to turn NodeMCU into a WiFi hotspot using AP mode, where you can customize the hotspot name and password. In today's

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