Developing Applications for Embedded Linux
( 25 Modules )

Module #1
Introduction to Embedded Linux
Overview of embedded systems, Linux, and their intersection

Module #2
Embedded Linux Basics
Understanding Linux kernel, device drivers, and system architecture

Module #3
Development Environment Setup
Setting up a development environment for embedded Linux development

Module #4
Building and Configuring an Embedded Linux System
Building and configuring an embedded Linux system using OpenEmbedded/Yocto Project

Module #5
Introduction to Embedded Linux Filesystems
Understanding file systems in embedded Linux, including JFFS2 and UBIFS

Module #6
Device Driver Development Fundamentals
Introduction to device driver development in Linux

Module #7
Character Device Driver Development
Developing character device drivers in Linux

Module #8
Network Device Driver Development
Developing network device drivers in Linux

Module #9
Interrupt Handling and Device Driver Debugging
Understanding interrupt handling and debugging techniques for device drivers

Module #10
Linux Kernel Modules
Developing and loading Linux kernel modules

Module #11
System Calls and APIs
Using system calls and APIs in Linux application development

Module #12
Multithreading and Process Management
Understanding process management and multithreading in Linux

Module #13
Inter-Process Communication (IPC) Mechanisms
Using IPC mechanisms in Linux, including pipes, sockets, and shared memory

Module #14
File I/O and Storage Management
Understanding file I/O and storage management in Linux

Module #15
User Space Programming
Developing user space applications in C and C++

Module #16
Graphics and UI Development
Developing graphical user interfaces and graphics applications in Linux

Module #17
Networking and Communications
Developing network-enabled applications and understanding communication protocols

Module #18
Security and Authentication
Understanding security and authentication mechanisms in Linux

Module #19
Power Management and Optimization
Optimizing power consumption and managing power in embedded Linux systems

Module #20
Bootloader Development
Developing custom bootloaders for embedded Linux systems

Module #21
Debugging and Testing Embedded Linux Applications
Debugging and testing techniques for embedded Linux applications

Module #22
Performance Optimization and Tuning
Optimizing and tuning embedded Linux systems for performance

Module #23
Advanced Topics in Embedded Linux Development
Exploring advanced topics, including real-time systems and Linux-based SCADA systems

Module #24
Case Studies and Project Development
Developing a comprehensive project using embedded Linux and applying course concepts

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Developing Applications for Embedded Linux career

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Developing Applications for Embedded Linux ( 25 Modules )

Developing Applications for Embedded Linux
( 25 Modules )