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
Welding comparison between different solders and soldering methods and skills of various components
Total of 1 lessons5 minutes and 27 seconds
Principle and use of oscilloscope Fudan University
Total of 2 lessons36 minutes and 48 seconds
Signals and Systems (Basics) focuses on the basic concepts and analysis methods of deterministic signal transmission and processing through linear time-invariant systems for beginners of signals and systems. The content mainly includes continuous time signals and systems, discrete time signals and systems respectively. Theory and methods for analysis in the time domain and transform domain. On this basis, some specific contents are discussed in depth, including sampling, reconstruction and representation of signals; communication systems; time domain and frequency domain analysis of the system.
Total of 60 lessons7 hours and 40 minutes and 2 seconds
Beginners start with the development board + marquee. Although the program was successfully run, I was still confused; This album, starting from 0, classifies, analyzes, and physically tests the commonly used hardware peripheral to the microcontroller. Let everyone see how the microcontroller drives each piece of hardware, what is the driving principle, and what are the driving conditions; although it cannot make everyone proficient in hardware, it can give everyone an idea and know which category to choose a model in. As for having no clue.
Total of 14 lessons2 hours and 59 minutes and 18 seconds
I am a traditional industrial control engineer; I watch a lot of videos on the Internet. Some of them show off their products without explaining how they are done; some of them are purely theoretical and have no practical content. Therefore, I want to give full play to my strengths, combine my practical work experience with theory, and show it to everyone by doing projects or analyzing projects.
Total of 8 lessons2 hours and 28 minutes and 47 seconds
This lecture will introduce how to use Intel's tools to implement deep learning derivation and task acceleration on FPGA. We will also discuss deep learning task derivation and toolkits - providing a unified interface when deploying derivation tasks for different Intel product architectures, different frameworks, and different network architectures. And how the deep learning architecture FPGA kit combines the function calls of the deployment toolkit with the FPGA device.
Total of 1 lessons25 minutes and 25 seconds
As the world's leading leader in secure connection technology for embedded applications, NXP continues to promote innovation in smart and secure interconnected application markets such as connected cars and IoT terminals. Shiping Group is a member of Dalianda Holdings, the world's number one and the largest semiconductor component distributor in the Asia-Pacific region. Shiping Group's agent products support a variety of application fields, from 3C to industrial electronics and automotive electronics; the product portfolio covers everything from basics to core components, in order to meet customers' diverse needs for semiconductor component procurement. NXP Semiconductors is one of the core brands represented by Shiping Group. In this NXP solution show, netizens can see 5 exciting DEMO demonstrations based on the fields of Internet of Things, automobiles and AI. After watching, they can also participate in the activity of answering questions and winning gifts. Why not come soon?
Total of 5 lessons27 minutes and 16 seconds
Total of 36 lessons1 days and 2 hours and 18 minutes and 9 seconds
Officially produced by RT-Thread. Persimmon is a set of graphical user component interfaces running on the RT-Thread embedded real-time operating system, used to provide user interaction with graphical interfaces. This tutorial will get you started with PersimmonUI
Total of 4 lessons1 hours and 13 minutes and 48 seconds
1. Main contents of the course 1. Introduce the characteristics and usage of the UNIX operating system; 2. Master the basic structure and applications of the UNIX operating system; 3. Be familiar with the platform configuration, system design, system startup, and command operations of the UNIX operating system through experiments , file system operations and the use of VI and other editing environments and tools; 2. Learning objectives 1. Through learning the UNIX operating system, understand the use of multi-user, multi-tasking, and time-sharing operating systems; 2. Perceptually understand process concurrency and resources Basic concepts and implementation principles of operating systems such as sharing and files; 3. Lay the foundation for learning operating system principles;
Total of 20 lessons15 hours and 5 minutes and 30 seconds
Parallel computing is one of the core contents in the parallel algorithm teaching system. It is the basic level of algorithm application in the parallel algorithm teaching system. It is aimed at senior undergraduate students majoring in computer science or graduate students engaged in computing science. It is designed to adapt to high-level students. The rapid development of high-performance computers meets the country's needs for cultivating high-tech talents for the 21st century. To this end, this course strives to be innovative in its content system. While following the course's own discipline, systematization, and completeness, it should fully consider the needs of solving large-scale scientific engineering problems on parallel computers in different application fields, and combine parallel computers with The contents of courses such as architecture, parallel numerical computing, parallel algorithms and parallel programming are organically integrated to form a new type of parallel computing course in China.
Total of 29 lessons21 hours and 13 minutes and 41 seconds
Basic concepts of wavelet and filter design. Bioorthogonal wavelet filter decomposition and reconstruction process.
Total of 56 lessons19 hours and 22 minutes and 45 seconds
This course enables students to learn Ethernet switch-based enterprise network construction technology and WAN-based networking technology based on their existing basic knowledge of computer networks. The main contents are as follows: Basic principles and network construction methods of 10M, 100M and 1000M Ethernet. Basic principles and networking methods of Ethernet switches and virtual LAN. Routers and Layer 3 switching technologies. The basic working principles of public telephone switching network, packet switching network, digital data network, frame relay network, narrowband ISDN and cable TV network. WAN access technology. Network integrated cabling system and network engineering implementation steps. Networking example analysis. The course content includes both principle knowledge and practical techniques; it includes both mature popular technologies and new network technologies in recent years.
Total of 29 lessons23 hours and 23 minutes and 40 seconds
1. Master the basic concepts, functional components, system structure and operating environment of operating systems; 2. Be familiar with and apply the working principles, design methods and implementation technologies of operating systems, and understand representative and typical operating system examples (such as UNIX, Linux and Windows); 3. Understand the evolution process, development research trends, new technologies and new ideas of operating systems, lay a good foundation for subsequent study of related courses, and lay the foundation for subsequent career development.
Total of 82 lessons18 hours and 17 minutes and 8 seconds
Embedded software design is a professional course in computer, software engineering and other disciplines. It is an important course with strong practicality and technical nature. The main task of this course is to comprehensively introduce GNU C language programming ideas and methods based on ARM/embedded Linux operating system, as well as embedded simulation technology based on STM32 processor and Proteus. Through the study of this course, students can master the basic processes and methods of embedded software design.
Total of 77 lessons8 hours and 39 minutes and 25 seconds
"FreeRTOS Source Code Detailed Explanation and Application Development: Based on STM32" is supplemented by a large number of routines to comprehensively explain the principles and source code of FreeRTOS. The main content includes task management and task scheduling, system reduction and configuration, time management, queues, semaphores, software Timers, event flag groups, task notifications, low-power Tickless mode, idle tasks and memory management, etc. At the same time, "FreeRTOS Source Code Detailed Explanation and Application Development: Based on STM32" is equipped with a large number of illustrations, which is a good choice for those who want to learn the principles of RTOS systems in depth.
Total of 16 lessons9 hours and 50 minutes and 33 seconds
"FreeRTOS Source Code Detailed Explanation and Application Development: Based on STM32" is supplemented by a large number of routines to comprehensively explain the principles and source code of FreeRTOS. The main content includes task management and task scheduling, system reduction and configuration, time management, queues, semaphores, software Timers, event flag groups, task notifications, low-power Tickless mode, idle tasks and memory management, etc. At the same time, "FreeRTOS Source Code Detailed Explanation and Application Development: Based on STM32" is equipped with a large number of illustrations, which is a good choice for those who want to learn the principles of RTOS systems in depth.
Total of 39 lessons1 days and 23 minutes and 59 seconds
The video explains the use of NIOS ii through practical projects of hello world, PIO, UART, and SDRAM.
Total of 7 lessons3 hours and 51 minutes and 54 seconds
This tutorial starts with a brief introduction to the RT-Thread kernel, and explains the composition and implementation of the real-time kernel from the software architecture. This part introduces some concepts and basic knowledge related to the RT-Thread kernel to beginners, allowing them to have a preliminary understanding of the kernel. learn. After studying this chapter, readers will have a basic understanding of the RT-Thread kernel, including the components of the kernel, how to start the system, memory distribution, and kernel configuration methods. This video tutorial explains the basic concepts of RT-Thread's kernel so that users can understand the basic concepts of RT-Thread and be able to use it. 15 classic kernel routine source codes, one lecture every day to get started quickly and stress-free.
Total of 16 lessons6 hours and 43 minutes and 26 seconds
This video uses the Zhengdian Atomic Apollo STM32F767 development board as the platform. It will lead you to learn the various functions of STM32F767 from the simple to the deep, and start a new STM32 journey for you.
Total of 115 lessons2 days and 12 hours and 3 minutes and 8 seconds
Based on Verilog, we explain FPGA in detail from hardware, software and actual combat. Each chapter of the actual combat chapter includes five parts: knowledge introduction, experimental tasks, hardware design, program design, and download verification. Step by step teaching, come and learn about FPGA with Brother Atom
Total of 83 lessons1 days and 18 hours and 53 minutes and 50 seconds
This video will lead you from the basic to the more advanced to learn the various functions of STM32F4 and start a new STM32 journey for you. This video is divided into three parts: 1. Introductory part, which mainly introduces the basic knowledge of STM32; 2. Intermediate part, mainly introduces the use of STM32 basic peripherals, including: GPIO, serial port, timer, external interrupt, etc. After studying this article, you will have a basic introduction to STM32 development. 3. Advanced chapter, mainly introduces STM32 advanced peripherals, including: SDIO, CAN bus, etc.
Total of 100 lessons2 days and 17 hours and 42 seconds
This video will start from the simplest to the deeper, leading everyone to learn the various functions of STM32F103, and start a new STM32 journey for you. This video is divided into three parts: 1. Introductory part, which mainly introduces the basic knowledge of STM32; 2. Intermediate part, mainly introduces the use of STM32 basic peripherals, including: GPIO, serial port, timer, external interrupt, etc. After studying this article, you will have a basic introduction to STM32 development. 3. Advanced chapter, mainly introduces STM32 advanced peripherals, including: SDIO, CAN bus, etc.
Total of 95 lessons2 days and 13 hours and 27 minutes and 5 seconds
This series of teaching videos will lead you from scratch to master HLS and UltraFAST design methods from scratch, step by step, to help you become a master of system design and algorithm acceleration! This course includes five topics: the design process of Vivado HLS, coding style when describing algorithms in C or C++, optimization methods of for loops, optimization methods of arrays, and implementation of input/output ports.
Total of 23 lessons4 hours and 38 minutes and 6 seconds
H.265 Video Encoder IP Core is an open source H.265 hardware video encoder that implements most of the functions of H.265 (or HEVC). It was developed by the research team of Professor Fan Yibo of the Video Image Processing Laboratory (VIP Lab) of the State Key Lab of ASIC & System, Fudan University, and is open source. Any organization or individual can use the above code for research and production purposes free of charge, and VIP Lab will continue to update and maintain the development of the H.265 hardware video encoder.
Total of 8 lessons2 hours and 4 minutes and 36 seconds
FPGA Simple Design Principles and Applications-Chapter 1
Total of 3 lessons1 hours and 59 minutes and 18 seconds
ARM Linux system driver development, transplantation, and real project examples
Total of 115 lessons2 days and 2 hours and 51 minutes and 35 seconds
This video uses the Zhengdian Atom development board as the platform. It will lead everyone to learn the various functions of the STemWin graphical interface from the simple to the deep, start a new STemWin journey for you, and explain the transplantation of STemWin and the use of various controls.
Total of 22 lessons15 hours and 59 minutes and 55 seconds
This course uses the Zhengdian Atom development board as the platform and introduces the use of each function of Lwip in more detail. Including: LWIP transplantation method, memory management, data packets, UDP and TCP and other knowledge.
Total of 21 lessons17 hours and 45 minutes and 4 seconds
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