FollowMe Season 2: 2 - Arduino UNO R4 Wi-Fi and Tasks

FollowMe Season 2: 2 - Arduino UNO R4 Wi-Fi and Tasks

Wi-FiArduinoFollowMeA

Follow me is a large-scale development board experience event jointly initiated by DigiKey and EEWorld. In each issue, technical experts recommend development boards/instrument kits that are easy to play and learn, and take everyone to actually operate. Participants can return JD.com cards after completing the tasks. There are four events in this season, and this event is the second one.

Total of 1 lessons35 minutes and 59 seconds

Arduino Basics Video

Arduino Basics Video

ArduinoHuijing Electronics

Total of 39 lessons7 hours and 51 minutes and 4 seconds

Huijing Electronics Arduino video tutorial

Huijing Electronics Arduino video tutorial

ArduinoHuijing Electronics

Total of 43 lessons12 hours and 6 minutes and 49 seconds

Arduino Radar Project

Arduino Radar Project

radarArduinoDevelopment board

Demonstrates a cool Arduino radar using the Arduino development board and processing development environment.

Total of 1 lessons4 minutes and 50 seconds

MATLAB Arduino technical training

MATLAB Arduino technical training

ArduinoMATLABTraining

MATLAB Arduino technical training.

Total of 23 lessons2 hours and 22 minutes and 38 seconds

How to measure motor speed using Arduino and LM393 IR speed sensor

How to measure motor speed using Arduino and LM393 IR speed sensor

ArduinoMakerLM393speed sensor

Shows you how to connect and use the LM393 IR speed sensor to calculate the speed of a DC motor.

Total of 1 lessons14 minutes and 27 seconds

Internet of Things and Makers

Internet of Things and Makers

AtmelArduinoMaker

Massimo Banzi, co-founder and current CEO of Arduino, explains how Atmel and Arduino enable countless makers to realize unlimited possibilities.

Total of 1 lessons2 minutes and 16 seconds

Playing with Arduino - Getting Started with IoT Embedded Development

Playing with Arduino - Getting Started with IoT Embedded Development

Internet of ThingsArduinoEmbedded

Core content: 1. The concept of Internet of Things. 2. The concept of embedded development. 3.Arduino open source hardware platform. 4. Construction of Arduino development environment.

Total of 4 lessons30 minutes and 18 seconds

Playing with Arduino - Peripheral modules: LED display components

Playing with Arduino - Peripheral modules: LED display components

ledArduino

Core content: 1. Use of LED. 2. Use of LED dot matrix. 3. Use of three-color LED. 4. Digital IO for Arduino. 5. Arduino outputs PWM.

Total of 3 lessons27 minutes and 47 seconds

Playing with Arduino - Peripheral modules: LCD and digital tube

Playing with Arduino - Peripheral modules: LCD and digital tube

LCDArduinoDigital Tube

Core content: 1. The principle of digital tube 2. How to use Arduino to control digital tube 3. The composition of LCD1602 4. How to use LiquidCrystal function library

Total of 4 lessons25 minutes and 4 seconds

Playing with Arduino - peripheral modules: execution components

Playing with Arduino - peripheral modules: execution components

ArduinoEmbedded

The execution component is an important part of embedded applications. Different control scenarios require the use of different execution components. In this course, students will take stock of the usage methods and usage scenarios of the most commonly used execution components, so that students can correctly select execution components according to the needs of the application.

Total of 5 lessons34 minutes and 21 seconds

Playing with Arduino - peripheral modules - sensor components (1)

Playing with Arduino - peripheral modules - sensor components (1)

ArduinosensorEmbedded

Environmental monitoring is a commonly used application field for embedded application systems. This lesson mainly explains how to use Arduino with various types of sensors to sense the surrounding environment.

Total of 4 lessons24 minutes and 3 seconds

Playing with Arduino - peripheral modules - sensor components (2)

Playing with Arduino - peripheral modules - sensor components (2)

Arduinosensor

Arduino has many applications, and making smart cars and robots are two of the more common uses. In order to avoid collisions, smart cars need to measure the surrounding obstacles in real time. In order to maintain stability, robots also need to monitor the posture information of the system at all times. This lesson mainly explains how to use sensors to detect obstacles and postures in the above two scenarios.

Total of 3 lessons21 minutes and 25 seconds

Playing with Arduino - Data Communication: Serial Communication

Playing with Arduino - Data Communication: Serial Communication

Serial communicationArduinodata communication

The Internet of Things is the Internet where things are connected, and data communication occupies a large proportion in the applications of the Internet of Things. This course explains the basic concepts of data communication and the commonly used serial communication methods in Arduino data communication.

Total of 3 lessons23 minutes and 50 seconds

Playing with Arduino - Data Communication: Network Communication

Playing with Arduino - Data Communication: Network Communication

Arduinodata communicationTelecommunication

The Internet of Things is the extension and expansion of the Internet, and data connection with the Internet is a basic component of most Internet of Things applications. This course mainly explains how to connect Arduino to the Internet through the network peripheral module.

Total of 3 lessons18 minutes and 15 seconds

Playing with Arduino - Data Communication: Bluetooth Communication

Playing with Arduino - Data Communication: Bluetooth Communication

Arduinodata communicationBluetooth communication

The Internet of Things emphasizes the data connection between items. Bluetooth, as the most widely used short-distance data communication method, has been widely used in the Internet of Things. This course mainly explains how to use the Bluetooth module in Arduino, laying the foundation for students to establish Internet of Things applications with object communication capabilities.

Total of 3 lessons18 minutes and 28 seconds

Playing with Arduino - Data Communication: ZigBee Communication

Playing with Arduino - Data Communication: ZigBee Communication

ZigBeeArduinodata communication

Playing with Arduino - Data Communication: ZigBee Communication

Total of 3 lessons15 minutes and 47 seconds

Playing with Arduino—Writing good control code

Playing with Arduino—Writing good control code

Internet of ThingsArduinoEmbeddedSmart hardware

Playing with Arduino—Writing good control code

Total of 3 lessons31 minutes and 55 seconds

Arduino bus communication overview

Arduino bus communication overview

ArduinoEmbeddedBus communication

Arduino bus communication overview

Total of 3 lessons16 minutes and 31 seconds

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