Course     : Embeedded System (Embedded Linux on ARM 9)  - Download PDF

Duration     : 3 days
Time           : 6 Hrs/Day (Minimum)
Eligibility    : BE/BTech/ME/MTech (CSE / E&TC / Electronics) students
Corporate  : Training with enhabced  labs and customization for working professionals
Key Objectives : 
Results      : At the end of training session student will be able to build and work linux base embedded devices.
Pre-requisite: Basic knowldge Of  Linux

DAY-1 1. Normal Vs Embedded Linux OS Architecture •    Linux Features •    Linux Kernel Source Directory Structure   •    Linux Kernel Components •    User Mode Vs Kernel Mode •    System Initialization –Linux Booting Process LAB1: Exploring on kernel directory structure and files responssible for booting 2. Introduction to Cross Compiler and Makefile • Cross Compiling Environment   • Importance of Makefiles LAB2: Installing GNU arm gcc Cross compilation  tool chain 3. Intro to the target board (Samsung mini2440 – ARM 9) •  Minicom Utility- Conneting host to target device LAB3: How to communicate to target device through Linux host machine 4. Kernel Configuration and compilation for  target board • Understand kernel configuration and build process • Cross compilation of  the kernel for target board • Port  linux kernel on target board LAB4:  Cross compile and port linux on target ARM board DAY-2 5. The Root Filesystem  • Creating a new root filesystem from scartch using Busybox •  Flashing the new root filesystem on target board LAB5:  Build, Cross compile and port root file system on target ARM board 6. Bring up embedded device and study its  Linux OS components  • Process Management  • Thread Management  • Interrupt Management and Signal handling LAB6: Create and Cross compile processes LAB7:  How to control Multithreading on board? LAB8: How to handle signals on board? 7. Services on Board • Compiling and setting up services on board LAB9:  An example service

DAY-3 6. Kernel Module programming for taget board • Introduction to Modules • Writing Your first kernel module • Statically linked vs Dynamically linked kernel modules • Exporting symbols from modules • Concurrency in the kernel • Module Parameters and • Version dependency LAB6: How to write kernel module and install it into the kernel? LAB7: How to initialize and use kernel variables? LAB8: How to achieve synchronization among kernel modules? LAB9: How to control kernel parameters and pheripherals,ports through kernel module programming? 7. Device deriver development for target board •    Types of Devices and Device Driver (DD) •    How to add new feature and functions in the kernel LAB10: Implement char device driver example for target board 10. Debugging tools and techniques • Introduction to kernel level debugging technique LAB11: Demostrate kdb/kgdb for kernel space program and kernel level debugging References and Guideline for Linux base embedded system

Copyrights @ iMCT