|
Home
|
Technology
|
Application
|
Headline
|
Forum
|
Course
|
Download
|
Circuit
|
Reference Design
|
Datasheet
|
Webinar
datasheet
datasheet
news
Search
En
中文
|
Home
|
Technology
|
Embedded
Analog
MCU
Power
Sensor
Semiconductor Design and Manufacturing
Application
|
Industrial
IoT
Automotive
Communication
Medical
Portable electronics
Test & measurement
Security System
Home electronics
Robot
New Energy
Headline
|
Forum
|
Course
|
Download
|
Download
Wenji
Circuit
|
Reference Design
|
Datasheet
|
Webinar
datasheet
datasheet
news
Search
En
中文
Training
Homepage
Video
Webinar
Others
Download
Circuit
Reference_Design
Copyright and Disclaimer
Location:
Training
/
Embedded Development
/
Embedded operating system
/
Linux embedded development
/
RNDIS
You can log in to your eeworld account to continue watching:
RNDIS
Login
Playlist
Chapters
Chapter 1:ADS integrated development environment
Chapter 2:ARM working mode
Chapter 3:ARM register
Chapter 4:ARM addressing mode
Chapter 5:Detailed explanation of ARM assembly instructions
Chapter 6:ARM pseudo-instructions
Chapter 7:Hybrid Programming
Chapter 8:compulsory experiment
Chapter 9:Mmap device method
Chapter 10:hardware access
Chapter 11:Mixed device driver
Chapter 12:LED driver design
Chapter 13:LED operation
Chapter 14:compulsory experiment
Chapter 15:GPIO
Chapter 16:LED control program design
Chapter 17:LED flashing
Chapter 18:ARM interrupt control system
Chapter 19:Button control program
Chapter 20:compulsory experiment
Chapter 21:object
Chapter 22:Kset
Chapter 23:Bus device driver model
Chapter 24:platform driver design
Chapter 25:Interrupt handling
Chapter 26:Button driver design
Chapter 27:ARM clock system
Chapter 28:Timer driver design
Chapter 29:CS8900 network card driver analysis
Chapter 30:Input driver design
Chapter 31:touch screen driver
Chapter 32:LCD driver introduction
Chapter 33:LCD driver design
Chapter 34:LCD driver design
Chapter 35:LCD driver test
Chapter 36:PCI bus overview
Chapter 37:PCI driver design
Chapter 38:Terminal console system
Chapter 39:Serial port driver design
Chapter 40:Uart working principle
Chapter 41:Serial port driver design
Chapter 42:ADC driver design
Chapter 43:Touch screen driver design
Chapter 44:Introduction to block devices
Chapter 45:Block device driver design
Chapter 46:SD card test
Chapter 47:LCD hardware architecture
Chapter 48:LCD driver design 1
Chapter 49:LCD driver design 2
Chapter 50:LCD driver demo
Chapter 51:Introduction to USB
Chapter 52:USB system structure
Chapter 53:USB descriptor
Chapter 54:USB data transfer
Chapter 55:USB device enumeration
Chapter 56:Linux-USB system architecture
Chapter 57:MassStorage
Chapter 58:USB-HID
Chapter 59:RNDIS
Chapter 60:CDC-ACM
Chapter 61:Linux-USB driver introduction
Chapter 62:Linux-USB descriptor
Chapter 63:USB-URB
Chapter 64:USB mouse driver analysis
Chapter 65:Introduction to Linux Kernel
Chapter 66:Linux kernel source code
Chapter 67:Linux kernel configuration and compilation
Chapter 68:Linux kernel module development
Chapter 69:Introduction to Bootloader
Chapter 70:cross tool chain
Chapter 71:Introduction to uboot
Chapter 72:uboot command
Chapter 73:Embedded linux kernel production
Chapter 74:Root file system production
Chapter 75:embedded file system
Chapter 76:Linux memory management
Chapter 77:process address space
Chapter 78:kernel address space
Chapter 79:Linux kernel linked list
Chapter 80:Linux kernel timer
Chapter 81:LINUX process control
Chapter 82:LINUX process scheduling
Chapter 83:Linux system calls
Chapter 84:Proc file system
Chapter 85:Kernel exception analysis
Chapter 86:LINUX driver introduction
Chapter 87:Character device driver design
Chapter 88:Character device driver example analysis
Chapter 89:competition and mutual exclusion
Chapter 90:Ioctl device control
Chapter 91:kernel wait queue
Chapter 92:Blocking character device driver
Chapter 93:Poll device method
Chapter 94:Automatically create device files
Chapter 95:Mmap device method
Chapter 96:hardware access
Chapter 97:Mixed device driver
Chapter 98:LED driver design
Chapter 99:LED operation
Chapter 100:H264 monitoring system-1 (project preparation)
Chapter 101:H264 monitoring system-2 (project requirements)
Chapter 102:Mobile image surveillance system 3 (system design)
Chapter 103:H264 monitoring system-4 (code analysis)
Chapter 104:Mobile image surveillance system 1 (project preparation)
Chapter 105:Mobile image surveillance system 2 (project requirements)
Chapter 106:Mobile image surveillance system 3 (system design)
Chapter 107:Mobile image surveillance system 4 (code analysis)
Chapter 108:Secure File Transfer System 1 (Project Preparation)
Chapter 109:Secure file transfer system 2 (project requirements)
Chapter 110:Secure file transfer system 3 (system design)
Chapter 111:Secure File Transfer System 4 (Code Analysis)
Chapter 112:Embedded MP3 player-1 (project preparation)
Chapter 113:Embedded MP3 player-2 (project requirements)
Chapter 114:Embedded MP3 player-3 (system design)
Chapter 115:Embedded MP3 player-4 (code analysis)
Duration:16 minutes and 6 seconds
Date:2019/02/27
Uploader:JFET
Introduction
keywords:
Linux
Character Device
Block devices
arm linux system driver development, transplantation, real project examples explanation
Unfold ↓
You Might Like
Recommended Posts
How to change the minimum spacing in the rules for the following parts
As shown in the picture, how to change the minimum spacing setting of parts in AD10
Ashley_Zhai
PCB Design
Things to note when splicing data
littleshrimp
Embedded System
【GD32450I-EVAL】+ 08 Image Recognition-Color Object Tracking
[i=s]This post was last edited by DDZZ669 on 2020-10-8 21:34[/i]The previous article [GD32450I-EVAL] + 07 Camera Full Screen Display Test introduced the use of the camera. This article uses the images
DDZZ669
GD32 MCU
I want to ask if there is a function library for msp430, what software is good for development, is ti's cc5 software easy to use
New 430, please help,
qingming007
Microcontroller MCU
Introduction to DMB-TH
[i=s] This post was last edited by jameswangsynnex on 2015-3-3 19:57 [/i] DMB-TH Technology Introduction
Smithlee89
Mobile and portable
Why is it different to open it in a compressed file and to open it in an unzipped file?
The left picture is opened in the unzipped folder
卡西莫多的南方
stm32/stm8
Recommended Content
Hot Videos
More
RT-Thread Studio
American DIY players comprehensively test Keithley 2280S high measurement accuracy power supply
Fundamentals of Analog Electronic Technology Du Xiangyu, National University of Defense Technology
Atmel encryption certification product introduction
Design a simple, efficient and reliable forward converter
Special topic: Mr. Maychang’s interesting video lecture on the history of electronic technology
Microchip Analog and Interface Product Tree Navigation (Part 2)
Open source PWM robot arm (version 51)
Pan Wenming's FPGA Timing Constraints Video of Simple Design Method
Seminar: ADI Reference Voltage Source Product Technology and Application Selection
Hot Articles
More
Analysis of white LED backlight dimming solution
Mouser Now Stocking Qorvo QPQ1298 High-Performance BAW Filter
Groundbreaking Bayesian Deep Learning Enables Energy-Efficient AI
Ask the court to declare that its 5G patent licensing rates comply with the FRAND principle
STM32 collects signals from DHT11 temperature and humidity sensor
How to operate an infrared spectrophotometer?
STM8L151C8 MCU learning routine (13) - DHT11
Details determine success or failure--Three key points in the design of the power supply system of the electronic blood pressure monitor
Huawei's fourth major event: seven years of planning and three years of invisibility, what are the chances of success or failure?
Qualcomm presents industry-leading AI innovations and collaborations at CES 2025, covering PCs, cars, smart homes and enterprise
Circuit
Incandescent lamp step-down circuit
Three-phase four-wire circuit single-phase energy meter is directly connected to the circuit
LA3161 audio IC circuit
Structural diagram of electric water boiler for railway passenger cars
Speed negative feedback circuit for single-phase induction motor
Light-controlled zero-trigger silicon controlled switching circuit
HFC5227B "From now on, someone is working" language integrated circuit
DC converter output voltage setting method Positive output voltage condition circuit diagram
Circuit diagram of changing 1.8V-3.6V to 3.3V without inductor
Voltage output display part circuit diagram
Telephone electronic ringer circuit diagram
The most practical basic diagram circuit 02-stabilized power supply with amplified transistor
Oscillator circuit diagram for debugging
Various transformer graphic symbols
LA1186N power amplifier circuit
TA7230P power amplifier circuit
TDA1010A power amplifier circuit
Simple long-distance wireless FM microphone circuit
Used to measure circuits with very low irradiation intensity
Precision instrument amplifier circuit
0-12V adjustable voltage stabilizing circuit
Application circuit combining TC3827 charge controller IC with μC
Ultra-small 400m wireless remote control
Multi-channel alarm system composed of FDD400/JDD400
Remote control receiving and decoding component TH9738
Y-△ starting circuit for non-energized switching of motors (2)
810E computer motherboard circuit diagram_13
Computer motherboard circuit diagram 815 4_50
Computer motherboard circuit diagram 830_48
Fahrenheit thermometer circuit
可能感兴趣器件
ESR10EZPF20R5
D38999/42FG41PN
C964-NWG24H-NW9
803-007BFBBBZNUNN-72
ASMT-QWBE-NALKE
HVRW21L2847D4
A2541WV-29P-D380-G30
SWWC13A5E1L7
TNPW060310K1BETC
890-39-031-10-801
HLMP-3762-EZ0B1
PTN1010E2840DBW
GUB-GL8BLF-01-2710-B-F
2M801-007-26MT16-12AC
CE8250A-LV-1.000-4
TGL34-120CA
0-794628-4
FRSM2010160R00TCR0.2ABT
ATS-10B-98-C2-R0
1210S3F4640B5E
1812F0500303GCT
PNM0603E2030BSBS
SFP1210AFEAGKWS
1210H0250393GDR
KM611C0.15250
M55342M01G121DR
51760-11005203BBLF
SON-N998-07-3602-GB
SLRM2121000DFBBG
7103MPY1AW4PES2
Copyright © 2005-2024 EEWORLD.com.cn, Inc. All rights reserved
京B2-20211791
京ICP备10001474号-1
电信业务审批[2006]字第258号函
京公网安备 11010802033920号