Embedded Linux Device Driver Eğitimi

Linux, the world's most prevalent operating system, has revolutionized computing since its 1991 debut for personal computers. Now, it's a dominant force across diverse platforms, solidifying its position as one of the most successful open-source software projects ever. You'll find Linux powering everything from automobiles and rockets to consumer electronics, cinema systems, and military applications.

A significant evolution has occurred since the late 1990s with the rise of Embedded Linux. This specialized form of Linux is now ubiquitous in embedded systems. Estimates suggest over 2 billion systems globally run on the Linux operating system.

This Embedded Linux training provides a comprehensive understanding through a blend of theoretical knowledge and hands-on experience. The curriculum is structured into two key components:

• Theoretical Training: Delivered through engaging slides and whiteboard explanations, covering fundamental concepts.
• Practical Training: Hands-on labs utilizing the Raspberry Pi, connecting via SSH, to solidify your understanding.

Key Topics Covered:

• Embedded Linux Advantages: Explore the specific benefits of using Embedded Linux compared to other systems.
• Device Drivers:
  • Understanding what a device driver is and its crucial role.
  • Learning how to develop device drivers.
  • Exploring user space application development.
  • Understanding version numbering conventions.
• The Linux Kernel:
  • What is the kernel and its core functions.
  • Kernel operation and architecture.
  • Troubleshooting kernel panics.
  • Kernel driver debugging techniques.
  • Understanding kernel data structures.
• Practical Exercises:
  • Coding a basic kernel module ("Hello World").
  • Creating Makefiles.
  • Working with device numbers.
  • Automated device creation.
  • Developing GPIO drivers and associated user-space applications.
  • Developing LCD drivers and user-space applications.
  • Developing PWM drivers and user-space applications.
  • Developing Timer drivers and user-space applications.
  • Passing parameters to kernel drivers.
  • Advanced kernel driver development and testing using IOCTL.
  • Thread usage within the Linux kernel (Course program is updated).

This course equips you with the skills to develop and deploy Linux-based solutions for a wide range of embedded applications.