Kernel RTOS Development Training
Introduction to Kernel RTOS
Gain an overview of Kernel Real-Time Operating Systems (RTOS), including their architecture, core components, and the key differences between RTOS and general-purpose operating systems. Understand the benefits of using RTOS in embedded systems and real-time applications.
Getting Started with Kernel RTOS Development
Learn how to get started with Kernel RTOS development. Understand the setup process, including installation, configuration, and environment preparation for developing and debugging RTOS-based applications.
Kernel Architecture and Components
Explore the architecture of Kernel RTOS, including the kernel core, task scheduler, interrupt handling, and synchronization mechanisms. Learn about the key components and their roles in managing real-time tasks and resources.
Task Management and Scheduling
Discover how to manage tasks in Kernel RTOS, including task creation, scheduling, and priority management. Learn about different scheduling algorithms, context switching, and techniques for ensuring deterministic behavior in real-time systems.
Memory Management in RTOS
Understand the concepts of memory management in Kernel RTOS, including static and dynamic memory allocation, memory protection, and optimizing memory usage for embedded applications. Learn how to effectively manage memory in resource-constrained environments.
Inter-Task Communication and Synchronization
Explore various methods for inter-task communication and synchronization in Kernel RTOS. Learn about message queues, semaphores, mutexes, and event flags, and how to use them to coordinate tasks and manage shared resources.
Real-Time Interrupt Handling
Learn about real-time interrupt handling in Kernel RTOS, including interrupt prioritization, nested interrupts, and techniques for minimizing interrupt latency. Understand the importance of efficient interrupt management in real-time applications.
RTOS Security and Safety
Discover best practices for ensuring security and safety in Kernel RTOS development. Learn about secure coding practices, safety certification standards, and techniques for building robust and fault-tolerant RTOS-based systems.
Hands-On Labs and Practical Projects
Engage in hands-on labs and practical projects to apply your knowledge of Kernel RTOS development. Work on real-world scenarios and challenges, developing and optimizing RTOS-based applications for various industries and use cases.
Kernel RTOS Development Syllabus
Understanding Basics of Operating Systems
- Familiarize yourself with the fundamental concepts of operating systems like processes, threads, scheduling, memory management, and synchronization.
RTOS Concepts
- Learn about the unique characteristics of real-time operating systems, such as deterministic scheduling, minimal latency, and priority-based task management.
RTOS Kernel Architecture
- Study the architecture and internals of popular RTOS kernels like FreeRTOS, µC/OS, ThreadX, or Zephyr.
- Understand how tasks, scheduling, interrupts, and inter-task communication are managed.
RTOS APIs and Services
- Explore the APIs and services provided by RTOS kernels for task management, synchronization, communication, memory management, and timing.
RTOS Porting and Configuration
- Learn how to port RTOS kernels to different hardware platforms and configure them according to specific application requirements.
RTOS Application Development
- Practice developing applications using RTOS services, including task creation, synchronization primitives (semaphores, mutexes), inter-task communication (queues, mailboxes), and memory management.
Real-time Scheduling Algorithms
- Dive deeper into real-time scheduling algorithms like Rate Monotonic Scheduling (RMS), Earliest Deadline First (EDF), and Fixed Priority Pre-emptive Scheduling (FPPS).
RTOS Debugging and Optimization
- Master techniques for debugging and optimizing real-time applications, including analyzing task scheduling behavior, identifying and resolving priority inversions, and optimizing resource utilization.
RTOS Testing and Verification
- Explore strategies for testing and verifying real-time applications, including unit testing, integration testing, and system-level testing under various real-time scenarios.
RTOS Security and Safety Considerations
- Understand security and safety considerations specific to real-time systems, such as memory protection, access control, and fault tolerance.
RTOS Integration with Hardware
- Learn how to integrate RTOS kernels with hardware peripherals and device drivers, including configuring interrupts, managing DMA, and interfacing with sensors and actuators.
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