課程介紹

Update: English closed captions have been added, transcript available

Update # 1: MPU6050 interfacing and tilt sensing tutorials added

Update # 2: LCD interfacing tutorials added

The course is designed for Beginners to Advanced audience.

A com

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哪些人適合這堂課？

• Students who are looking to explore the world of Linux on ARM
• Professionals or students work on Embedded linux systems

學習目標

• Understanding ROM –Uboot-Kernel boot process on Linux-ARM systems and Testing
• Kernel, Bootloaders compilations Step-by-Step and testing on Beaglebone Hardware
• U-Boot, MLO, SPL, explanation and Testing
• Understanding various sub systems of AM335x SOC such as GPIOs, I2C, MMC, boot modes ,etc
• Understanding platform devices and how it works
• Understanding ARM-board configuration files
• Linux device Tree
• Understating various boot modes of AM335x
• eMMC OS updating and booting new Debian OS
• Serial booting (UART)
• TFTP booting
• NFS booting
• Beaglebone Networking
• Busybox compilations and Testing
• Configuring and using Buildroot on Beablebone
• Writing uEnv dot txt from scratch and Testing
• Using I2C tools on BBB
• Hardware interfacing projects and ‘C’ application development using Eclipse IDE
• GPIO programming
• Interfacing external LEDs, 7 segment displays and code development
• Interfacing LCD and related projects
• Interfacing MPU6050 sensor and tilt sensing
• EEPROM programming

課程介紹

==> This should be your very first course to dive into the exciting world of “Linux device drivers” <== In this course you will learn , Fundamentals Linux kernel module and syntax Character device driver theory and code implementation Platform bu

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哪些人適合這堂課？

• Students/Hobbyists/Professionals interested in exploring Linux device driver programming

學習目標

• Fundamentals of Linux kernel module and writing syntax
• Makefile and LKM build procedure
• Character device driver implementation
• Platform bus, Platform device, and platform driver concepts
• Platform driver implementation
• Learn device tree from scratch
• Device tree node syntax, properties of device tree nodes
• Kernel APIs to process device tree nodes
• Device instantiation through device tree nodes
• Device tree overlays and overlays testing via u-boot
• Kernel synchronization services , mutex , spinlocks usage
• Linux device model and sysfs
• Linux GPIO Subsystem
• Linux pinctrl subsystem

課程介紹

Update for course slide ->> All slides of this course has been updated in pdf format in there respective sections.

This course is designed keeping in mind of providing overall understanding of embedded linux. This course does not cover  advanced

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哪些人適合這堂課？

• This course is especially designed for those who want to make career in Embedded Linux domain.
• This course has been designed keeping in mind of both absolute beginners and Intermediate programmers in embedded linux field.

學習目標

• Linux command line
• Mostly used linux commands
• VIM editor
• GIT for revision control of code
• Root filesystem
• Kernel
• Bootloader(u-boot)
• Toolchain
• Linux advantage over window for development
• Basic of virtual machine
• Code parsing for ctags and cscope
• Installing ubuntu inside virtualbox
• Qemu
• Busybox
• Concept on how to decide which embedded linux board you should buy
• Serial communication using minicom
• Network communication using ssh
• DropBear for ssh server

課程介紹

Become a Yocto developer and create a custom embedded Linux image for your custom board

With over 2000 students enrolled,50+ 5 star reviews, these comprehensive Yocto tutorials will cover everything you’ll need in your profession.

With over 80 lect

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哪些人適合這堂課？

• Easy understanding of how Yocto works
• Wants to try running Yocto on QEMU/Beagle Bone Black/Raspberry Pi3
• Understand the booting process of Raspberry Pi3 and Beagle bone black

學習目標

• Yocto Project Terminology: poky, bitbake, oe-core, metadata, recipe, classes, configuration, layers, image and packages
• Setting up build environment for Yocto development
• Build an image and run it in QEMU for x86-64 and ARM architecture
• Understand and explore the various directories: source and build
• Booting Process in Beagle Bone Black and Raspberry Pi3
• Build and flash Yocto Image on Beagle Bone Black and Raspberry Pi3
• Various Yocto Project Releases and Frequency, which one to choose
• Using meta-ti layer, build image for beaglebone black