The Embedded Training Course is a comprehensive course for embedded system development, aiming to train professionals with the ability to design, develop, and apply embedded systems. Here are the main takeaways from the embedded training course:
1. Overview of embedded systems.
This section introduces the basic concepts, development history, and application fields of embedded systems. It focuses on the composition and characteristics of embedded systems, as well as the basic processes and tools for embedded system development.
2. Embedded hardware development.
This section mainly introduces the relevant knowledge of embedded hardware development, including the working principle and selection of embedded microcontrollers, peripheral circuit design and debugging, embedded system power supply design, etc. Students will master the basic skills and methods of hardware development through hands-on operation.
3. Embedded software development.
This section mainly introduces the relevant knowledge of embedded software development, including embedded operating system principles, embedded system software architecture, driver development, application development, etc. Students will master the skills and methods of software development based on different operating systems through hands-on operations.
Fourth, embedded system network communication.
This section mainly introduces the relevant knowledge of embedded system network communication, including serial communication, Ethernet communication, wireless communication, etc. Students will master the development and application of various communication protocols and communication interfaces through practical operations.
5. Embedded system sensor technology.
This part mainly introduces the relevant knowledge of sensor technology in embedded systems, including the principle and classification of sensors, sensor interface, sensor data processing, etc. Students will master the application and development methods of sensors in embedded systems through hands-on operation.
6. Human-computer interaction technology of embedded systems.
This part mainly introduces the relevant knowledge of human-computer interaction technology of embedded systems, including touch screen technology, voice recognition technology, LED display technology, etc. Students will master the implementation and application of various human-computer interaction technologies through practical operations.
7. Reliability design of embedded systems.
This section mainly introduces the concepts and methods of reliability design of embedded systems, including hardware reliability design, software reliability design, electromagnetic compatibility design, etc. Students will learn various techniques and methods to improve the reliability of embedded systems through hands-on experience.
8. Case study of embedded system applications.
This section mainly introduces some typical embedded system application cases, including smart home, smart security, smart manufacturing and other fields. Through the analysis and discussion of these cases, students will further deepen their understanding and mastery of embedded system design and development.
The above is the main content of the embedded training course, through the study and practice of these courses, students will fully grasp the basic knowledge and skills of embedded system design and development, and lay a solid foundation for future research and development of embedded systems.