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
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
RT-Thread is an open source real-time operating system (license GPLv2) mainly developed by the Chinese open source community. The real-time thread operating system is not only a single real-time operating system kernel, it is also a complete application system, including various components related to real-time and embedded systems: TCP/IP protocol stack, file system, libc interface, graphical user interface wait.
Total of 8 lessons12 hours and 9 minutes and 46 seconds
Total of 12 lessons10 hours and 10 minutes and 54 seconds
The course emphasizes the study of computer systems from the perspective of "overall structure and quantitative analysis", and masters the basic concepts and development history of computer architecture, quantitative analysis methods of computer system performance, design methods of typical instruction systems, architecture and performance optimization methods of instruction pipelines, Storage hierarchy, Cache design and performance optimization methods, understand the input and output system performance and reliability optimization methods, multi-processor system and cluster system architecture, key technologies and main influencing factors of the current mainstream new computer architecture, etc. Discuss in detail the quantitative and qualitative analysis methods, design methods and research methods of computer system structure. The course focuses on deepening students' cognitive ability of the "overall system", effectively enhancing students' computer system design, optimization, and evaluation capabilities, and emphasizing the core concepts of balanced and compromised system design and quantitative thinking methods.
Total of 73 lessons14 hours and 6 minutes and 23 seconds
This course will introduce the following contents: -IoT structure and elements -IoT network model and data structure -IoT network connection -IoT data traffic generation and analysis tools -IoT cloud -IoT device identity -IoT security basics -IoT solutions provided by Microchip
Total of 1 lessons1 hours and 47 minutes and 50 seconds
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 third one.
Total of 1 lessons1 hours and 1 minutes and 58 seconds
Open source PWM robot arm (STM32 version) video tutorial
Total of 38 lessons8 hours and 13 minutes and 54 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
An embedded system refers to a computer or computing device that performs a specific function or uses a specific embedded application software. An embedded system is a system that includes embedded hardware, embedded operating system, supporting software and various application software. The current embedded technology is already a comprehensive technology involving computer architecture, computer software and other related electronic technologies.
Total of 49 lessons1 days and 7 hours and 30 minutes and 19 seconds
This course is the Linux driver development part of the series of courses that Punctual Atomic teaches you step by step on how to learn Linux. The supporting development board for this course is the Punctual Atomic alpha/mini Linux development board.
Total of 146 lessons2 days and 21 hours and 38 minutes and 54 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
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
Total of 26 lessons22 hours and 19 minutes and 55 seconds
STM32MP157 is a multi-core heterogeneous processor, in which Cortex-A7 runs the Linux operating system and Cortex-M4 runs the bare metal. This course introduces how to achieve inter-core communication between Cortex-A7 and Cortex-M4.
Total of 20 lessons6 hours and 47 minutes and 27 seconds
The purpose of this "Understanding the Mysterious Face of Uboot" course is to help you understand the concepts and related hardware involved in the system startup part of embedded development step by step through the analysis of the entire process of an excellent bootloader software. principle. Including CP15, UART, DDR2 and other device information that must be mastered for system startup.
Total of 73 lessons1 days and 36 minutes and 23 seconds
Video tutorial to teach you step by step DSP
Total of 31 lessons21 hours and 3 minutes and 29 seconds
Good design methods and misunderstandings in FPGA design
Total of 3 lessons1 hours and 2 minutes and 52 seconds
Total of 30 lessons21 hours and 25 minutes and 16 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 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
Through the study of this course, students should be able to master the basic theories and methods of signal analysis, master various description methods of linear non-time-varying systems, master the time domain and frequency domain analysis methods of linear non-time-varying systems, and master relevant Some important conclusions in engineering applications such as system stability, frequency response, and causality. At the same time, through the study of this course, students' ability to analyze problems and use the knowledge they have learned to solve problems should also be improved on the original basis. Through the study of this course, students can lay a good foundation for further study of signal processing, network theory, communication theory, control theory and other courses in the future.
Total of 287 lessons1 days and 22 hours and 2 minutes and 21 seconds
Based on Qinheng's self-developed RISC-V MCU, the RISC-V MCU peripherals and usage methods are introduced through actual project practice.
Total of 22 lessons9 hours and 48 minutes and 26 seconds
Embedded linux Framebuffer driver development
Total of 3 lessons1 hours and 6 minutes and 4 seconds
Total of 19 lessons2 hours and 23 minutes and 11 seconds
Based on Xilinx's Artix-7FPGA device and a variety of entry-level and advanced peripherals. The video has a total of 37 lessons, with a total duration of about 800 minutes. It provides some typical engineering examples to help learners learn from FPGA basic knowledge, logic design concepts, tool configuration and use, design source code writing, design functional principles, simulation verification, and board-level design. Gain a solid grasp of FPGA development in aspects such as debugging and debugging.
Total of 38 lessons12 hours and 54 minutes and 18 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
TMS320DM365 Digital Media Processor Example
Total of 1 lessons2 minutes and 35 seconds
Total of 76 lessons1 days and 15 hours and 55 minutes and 35 seconds
Introduction to basic electronic components
Total of 25 lessons8 hours and 7 minutes and 15 seconds
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