Sharing of finger clip oximeter control and OTA upgrade application solutions based on Smart MM32W0 series MCU
Learn microcontroller and C language programming in ten days
Infusion pump application reference solution sharing based on Smart MM32F series large-capacity MCU
Punctual Atomic teaches you step by step how to learn STM32-M3
FPGA is a field programmable gate array. It is a digital logic device that can change the existing logic functions of FPGA through reprogramming. It mainly consists of logic resources, clock resources, embedded memory, multipliers, programmable IO, etc. composition.
Total of 2 lessons27 minutes and 50 seconds
The basics and design methods of Verilog hardware description language are explained in detail, and then the frequency divider, which is widely used in digital circuits, is used as an example to show how to use hardware description language to complete FPGA design. He also introduced FPGA application industries and scenarios, and learned about FPGA technology application fields through cases.
Total of 6 lessons1 hours and 24 minutes and 15 seconds
The necessary peripheral circuits required for FPGA operation are explained in detail, including: power supply, clock, configuration circuit, and some commonly used peripheral circuits are introduced.
Total of 5 lessons48 minutes and 21 seconds
Introduces the basic concepts and development methodology of Intel HLS.
Total of 2 lessons39 minutes and 21 seconds
Introduces the basic concepts of heterogeneous computing, the basic development methods of OpenCL and the implementation of artificial intelligence applications.
Total of 6 lessons1 hours and 46 minutes and 30 seconds
Explain the complete SOPC development process and understand the basic concepts of SOPC and IP core knowledge
Total of 5 lessons1 hours and 5 minutes and 31 seconds
This series of courses originates from Intel FPGA online training courses and mainly talks about the basic knowledge of FPGA. By studying this course, you can better master the basics of FPGA.
Total of 18 lessons10 hours and 43 seconds
Character device is one of the three major types of devices in Linux system, and it is also the most widely used type of device. This chapter will focus on character devices to explain the writing, compilation and use of character device drivers.
Total of 11 lessons3 hours and 9 minutes and 49 seconds
Total of 40 lessons10 hours and 28 minutes and 43 seconds
This MOOC is targeting anyone who starts working on STM32 by introducing STM32 ecosystem. You need some knowledge in C programming, and a NUCLEO-F401RE board for the hands-on.
Total of 58 lessons7 hours and 58 minutes and 4 seconds
ST official stm32f7 online video tutorial
Total of 51 lessons7 hours and 55 minutes and 3 seconds
Currently, various applications and businesses implemented through cloud services are developing rapidly, resulting in a large number of cloud service connections. This means your IP is facing greater and broader threats from hackers, counterfeiters, and competitors. We will explore these potential threats and how to protect against them using a combination of software and hardware solutions.
Total of 2 lessons42 minutes and 20 seconds
1) By analyzing the kernel source code, master the specific working principles of the Linux operating system, thereby laying a solid foundation for further learning about drivers, virtualization, etc. 2) Students who pass the assessment will be qualified as Linux kernel engineers and are competent in customizing the kernel, modifying the kernel, and updating the kernel.
Total of 34 lessons21 hours and 13 minutes and 48 seconds
The outstanding award-winning works of the 2019 National College Student Electronic Design Competition display and explain the Internet-based signal transmission system (Question E, national first prize, Xi'an University of Electronic Science and Technology) Simple circuit characteristic tester (Question D, national first prize, Xi'an University of Electronic Science and Technology) Simulated electromagnetic curved gun (Question H, first prize nationally, Nanjing University of Posts and Telecommunications) Line load and fault detection device (Question C, first prize nationally, Harbin Institute of Technology) Dynamic wireless charging system for electric cars (Question A, first prize nationally) ,Northwest University)
Total of 5 lessons27 minutes and 24 seconds
"Operating System" is an important professional course for computer-related majors. The purpose of studying this course is to enable students to comprehensively understand and master the basic principles and implementation technologies of each part of the operating system; to be able to use and transform the operating system in depth; to be able to design and the ability to implement large system software such as operating systems. The course focuses on the integration with the actual operating system (Linux) and guides students to participate in the relevant practice and development of the real operating system.
Total of 64 lessons22 hours and 12 minutes and 2 seconds
NXP NXP teaches everyone how to use the new generation of IoT applications. Participate in the prize-winning event before February 29 http://en.eeworld.com/bbs/huodong/nxp_20191224/
Total of 7 lessons37 minutes and 19 seconds
This course is a core basic course for the electronic information science and technology major and an introductory course for electronic system design and integrated circuit application development. This course mainly includes an overview of embedded systems, ARM Cortex processor architecture, software and hardware development environment, basic internal hardware modules GPIO/timer/PWM/ADC modules, general peripheral communication interface UART/I2C/SPI interface, TCP/IP network Protocols and their implementation, internal mechanisms of embedded operating systems and their transplantation, SoPC heterogeneous embedded design, etc. Through the study of this course, students can master the concepts of embedded systems and their development methods, and be able to use the content they have learned to develop and design embedded systems.
Total of 32 lessons7 hours and 56 minutes and 35 seconds
This course mainly provides a systematic introduction to the architecture, key technologies and typical applications of the Internet of Things. Starting from the three-layer model of the Internet of Things, which is the perception layer, network layer and application layer, it explains the main functions of each layer and demonstrates the key technologies of the perception layer. The application enables students to master the basic concepts and basic knowledge of the Internet of Things and understand the basic applications of the Internet of Things.
Total of 19 lessons3 hours and 29 minutes and 46 seconds
This set of courses is a recorded course of Xiaomei’s field training class in 2019. It is rich in content, high in knowledge, and carefully edited, so the viewing experience is good. The course arrangement is divided into a foundation solidification stage, a system modeling stage, and an example strengthening stage.
Total of 70 lessons1 days and 11 hours and 37 minutes and 41 seconds
Through the study of this course, you can help you understand the structure and working principles of microprocessor systems, master the software and hardware design methods of embedded microprocessor systems (SoC systems) represented by ARM, and initially possess the knowledge of computers and embedded microsystems. Analytical and application skills.
Total of 67 lessons10 hours and 11 minutes and 10 seconds
The hardware structure and instruction system of the MCS-51 microcontroller are introduced in detail. From the application perspective, the assembly language programming and various hardware interface designs, various commonly used data operations and processing programs, interface drivers and the MCS-51 microcontroller are introduced. The design of the application system and the anti-interference technology and various new devices in the design of the MCS-51 microcontroller application system are also introduced in detail. This book highlights the practicality and typicality of the selected content. Most of the application examples in the book come from scientific research work and teaching practice, and have been tested and are rich and detailed.
Total of 50 lessons1 days and 18 hours and 51 minutes and 51 seconds
Learn how to use CMSIS_OS based on FreeRTOS operating system in your application
Total of 25 lessons4 hours and 38 minutes and 14 seconds
Punctual Atomic Linux teaching video
Total of 55 lessons1 days and 4 hours and 45 minutes and 27 seconds
An embedded system is a special computer system that tailors the software and hardware according to the needs of the application to meet customized requirements; it is a product of the combination of advanced computer technology, semiconductor technology, electronic technology and specific applications in various industries. With the development of semiconductor technology, Moore's Law will continue to be effective within ten years, which indicates that the integration level of chips will be further improved; while performance is improved, chip area and price are also continuously reduced. This further expands the application scope of embedded systems, and almost all products can integrate chips. This phenomenon is called "Disappearing Computer", which means that embedded systems will be ubiquitous. .
Total of 54 lessons10 hours and 42 minutes and 3 seconds
Taking audio signal processing as an example, a problem-oriented experimental teaching model is adopted, equipped with modular experimental routines such as signal spectrum analysis, filter design, filter implementation, and course comprehensive experiments, including analog filters, Matlab/FPGA/DSP digital filtering Devices etc. Analog filter examples connect relevant course content such as electronic circuits, signals and systems to increase the continuity of knowledge. Examples of digital filters to strengthen the connection and difference between "digital signal processing" and "signals and systems".
Total of 40 lessons8 hours and 26 minutes and 55 seconds
The content included in the course is the knowledge necessary for students to develop basic embedded software. It is organized in the order of introduction to embedded systems, embedded hardware basics, embedded software basics, embedded operating systems, and embedded software development.
Total of 40 lessons1 days and 3 hours and 19 minutes and 37 seconds
The main lecture of this course is based on my 20 years of research and teaching on the Linux kernel. It effectively summarizes the content and uses the separation of mechanisms and strategies as the guiding ideology to analyze the design ideas and data structures of the Linux kernel, so that everyone can learn more about it. After studying each chapter, we will lead you to the door of the Linux kernel by writing Linux kernel modules and analyzing the source code.
Total of 50 lessons11 hours and 1 minutes and 17 seconds
"uCOS-III Kernel Implementation and Application Development Practical Guide" is accompanied by 50 episodes of videos and hundreds of routines. The videos and source codes are fully matched with the book. It combines theory and practice and is highly operational.
Total of 50 lessons17 hours and 31 minutes and 47 seconds
The first part is: teaching you to write the FreeRTOS kernel from 0 to 1. This part focuses on the process of how to implement FreeRTOS. Part 2: Using the full range of Wildfire STM32 development boards (including M3, M4 and M7) as the hardware platform, we will explain the various kernel objects of FreeRTOS. This part not only explains how to use the API of each kernel object of FreeRTOS, but also analyzes the source code implementation of these APIs, so that you not only know what is happening but also why.
Total of 42 lessons18 hours and 32 minutes and 30 seconds
Taking the LwIP source code as the core, it explains the implementation of the TCP/IP protocol stack, explains common network protocols, and explains the data transfer between LwIP layers. Finally, supplemented by practical cases, it teaches you how to connect to major cloud platforms, supporting the Wildfire STM32 M4 /M7 series development boards provide complete source code and are highly operable.
Total of 59 lessons21 hours and 33 minutes and 29 seconds
EEWorld
subscription
account
EEWorld
service
account
Automotive
development
circle
About Us Customer Service Contact Information Datasheet Sitemap LatestNews
Room 1530, 15th Floor, Building B,
No.18 Zhongguancun Street,
Haidian District,
Beijing, Postal Code: 100190
China
Telephone: 008610 8235 0740
京公网安备 11010802033920号
