How to use the new version of Gizwits platform to develop a 4G smart device
Total of 1 lessons2 hours and 50 minutes and 42 seconds
This tutorial is used in conjunction with the ECE firmware development kit and a demo tutorial to teach you how to develop ECE.
Total of 6 lessons26 minutes and 48 seconds
The era of the Internet of Things has arrived, and we can quickly improve our development efficiency with the help of third-party platforms. This course is based on the Gizwits Cloud platform, starting with the Android framework from 0 code, and taking you through the entire process of APP development; suitable for school It is also suitable for college students and job seekers who are looking for jobs, as well as electronic hobby enthusiasts.
Total of 27 lessons9 hours and 20 minutes and 30 seconds
This course introduces how to generate common platform code in the cloud and how to port the code to other platforms step by step. If you are using other types of chips, you can also imitate the development process shown in the video to achieve secondary development and transplantation.
Total of 16 lessons3 hours and 45 minutes and 2 seconds
Explain the design and production of smart cars based on STM32 in modules, and code analysis
Total of 29 lessons9 hours and 43 minutes and 39 seconds
In an era of rapid technological development, it brings more convenience and comfort to our lives. At the same time, new technology products also bring some potential risks and flaws. This seminar aims to discuss with manufacturers how to find the integration of comfort and safety, convenience and reliability in building electronic equipment, and will share the circuit protection, power control and sensing technology solutions provided by Littelfuse in this field.
Total of 1 lessons1 hours and 9 minutes and 27 seconds
Total of 1 lessons2 minutes and 49 seconds
On-point atomic quadcopter, minifly function demonstration, including: one-button takeoff/one-button landing/throwing/height-fixed flight/4D somersault/aerial photography, etc.
Total of 1 lessons8 minutes and 11 seconds
Total of 1 lessons2 minutes and 12 seconds
The toothbrush is called Be., and it is an electric toothbrush. Its biggest feature is that it does not require charging. Before use, you only need to gently turn the bottom of the toothbrush handle 2 times, and it will produce 80,000 vibrations in 2 minutes of brushing, which is enough to clean your teeth. Brush it clean! The principle lies in its patented power-multiplying transmission system.
Total of 1 lessons1 minutes and 55 seconds
KW41 Competition Submission
Total of 1 lessons3 minutes and 38 seconds
Total of 1 lessons1 minutes and 29 seconds
Total of 1 lessons1 minutes and 47 seconds
Total of 1 lessons3 minutes and 16 seconds
Total of 1 lessons4 minutes and 46 seconds
Total of 1 lessons2 minutes and 24 seconds
Product Demo 1: Band Robot Combining ROHM Sensors and Wireless Technology
Total of 1 lessons7 minutes and 23 seconds
Core content: 1. Use of acceleration sensor, gyroscope, and distance sensor. 2. Power status listening. 3. Magnetic field sensor. 4. Geographical location acquisition.
Total of 6 lessons36 minutes and 38 seconds
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
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
Core content: 1. Run Android wear example 2. Create Android wear notification
Total of 6 lessons27 minutes and 34 seconds
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
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
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
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
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
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
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
Total of 3 lessons15 minutes and 47 seconds
Playing with Arduino—Writing good control code
Total of 3 lessons31 minutes and 55 seconds
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