Embedded Linux Training
Introduction to Embedded Linux
Understand the fundamentals of Embedded Linux, including its architecture, advantages, and how it differs from general-purpose Linux distributions.
Setting Up the Embedded Linux Development Environment
Learn how to set up a development environment for Embedded Linux. Explore tools such as cross-compilers, debuggers, and build systems.
Embedded Linux Architecture
Study the architecture of Embedded Linux systems, including the kernel, device drivers, and user space. Learn about the role of each component and how they interact.
Kernel Configuration and Customization
Discover how to configure and customize the Linux kernel for embedded systems. Learn about kernel modules, device drivers, and system boot processes.
Root Filesystem and System Initialization
Explore the creation and management of the root filesystem for Embedded Linux. Understand the boot process, system initialization, and managing system services.
Device Drivers and Hardware Interaction
Learn about writing and integrating device drivers for various hardware components. Study how to interact with and control hardware devices from Linux.
Networking and Communication
Understand networking in Embedded Linux environments. Learn about configuring network interfaces, handling network communication, and integrating networking protocols.
Debugging and Performance Tuning
Study methods for debugging and performance tuning of Embedded Linux systems. Learn about tools and techniques for identifying and resolving issues in embedded applications.
Security Considerations
Explore security considerations and practices for Embedded Linux systems. Learn about securing embedded devices, managing user permissions, and implementing security measures.
Case Studies and Practical Applications
Engage in case studies and practical exercises to apply Embedded Linux concepts. Work on real-world projects to build and deploy embedded Linux applications.
Embedded Linux Syllabus
1. Introduction to Embedded Linux
- Overview of Embedded Systems and Embedded Linux
- Characteristics and Advantages of Embedded Linux
- Embedded Linux vs. Desktop Linux
- Embedded Linux Market Trends and Applications
2. Setting Up the Development Environment
- Installing Linux on Host Machines (Ubuntu, CentOS, etc.)
- Cross-Compilation Toolchains (GCC, Buildroot, Yocto Project)
- Setting Up Virtualization for Embedded Development (QEMU)
3. Linux Kernel Basics
- Understanding the Linux Kernel Architecture
- Kernel Configuration and Compilation
- Kernel Modules and Device Drivers
- Debugging Techniques for Kernel Development
4. Bootloader and Boot Process
- Overview of Bootloaders (U-Boot, GRUB)
- Bootloader Configuration and Customization
- Boot Process of Embedded Linux Systems
- Hands-on: Flashing Bootloaders and Booting Linux
5. File Systems and Storage
- Introduction to File Systems (EXT4, F2FS, UBIFS)
- Creating and Mounting File Systems
- Flash Memory Management Techniques
- Persistent Storage Solutions for Embedded Systems
6. Building Embedded Linux Systems with Buildroot
- Introduction to Buildroot
- Configuring and Compiling Embedded Linux with Buildroot
- Customizing Root Filesystem and Package Management
- Building and Deploying Applications with Buildroot
7. Building Embedded Linux Systems with Yocto Project
- Introduction to Yocto Project
- Understanding Yocto Layers and Recipes
- Creating Custom Embedded Linux Distributions
- Deploying and Managing Images with Yocto
8. Device Tree and Hardware Abstraction
- Introduction to Device Tree
- Writing and Compiling Device Tree Source (DTS) Files
- Device Tree Overlays and Dynamic Device Trees
- Integrating Device Tree with Kernel and Bootloader
9. System Integration and Testing
- System Integration Strategies
- Testing Methodologies for Embedded Systems
- Continuous Integration (CI) for Embedded Linux
- Hands-on: System Integration and Testing Exercises
10. Networking and Connectivity
- Configuring Networking in Embedded Linux (Ethernet, Wi-Fi)
- Implementing IoT Protocols (MQTT, CoAP)
- Security Considerations for Embedded Networking
- Hands-on: Setting Up Network Connectivity
11. Real-time Aspects in Embedded Linux
- Introduction to Real-time Operating Systems (RTOS)
- Real-time Patching and Configurations in Linux Kernel
- Using PREEMPT-RT Patch for Real-time Applications
- Performance Monitoring and Tuning for Real-time
12. Power Management and Optimization
- Power Management Techniques for Embedded Systems
- Implementing Dynamic Voltage and Frequency Scaling (DVFS)
- Optimizing Power Consumption in Embedded Linux
- Hands-on: Power Management and Optimization Exercises
13. Security in Embedded Linux
- Embedded Linux Security Challenges
- Securing Boot Process and Bootloaders
- Implementing Secure Communication (TLS/SSL)
- Hardening Embedded Linux Systems
14. Case Studies and Industry Applications
- Case Studies of Embedded Linux Deployments
- Industry Applications and Use Cases
- Lessons Learned and Best Practices
- Future Trends in Embedded Linux Development
15. Project Work and Capstone
- Group or Individual Projects on Embedded Linux Development
- Project Presentation and Evaluation
- Code Reviews and Feedback
- Final Q&A and Recap
Training
Basic Level Training
Duration : 1 Month
Advanced Level Training
Duration : 1 Month
Project Level Training
Duration : 1 Month
Total Training Period
Duration : 3 Months
Course Mode :
Available Online / Offline
Course Fees :
Please contact the office for details