Operating System Fundamentals

🎓 Master Operating Systems & RTOS: Operating System Fundamentals with a Focus on Embedded Systems

🚀 Course Headline: Dive into the world of Operating Systems and Real-Time Operating Systems (RTOS)! This course is your gateway to understanding the core concepts that underpin both C programming for embedded systems and broader software engineering. Join us as we explore the vital role OS and RTOS play in modern computing, and how they can be leveraged to create efficient, reliable systems.

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Course Description: Embark on a journey to master the fundamentals of Operating Systems (OS) and delve into the specialized realm of Real-Time Operating Systems (RTOS). This course is tailored for learners seeking to grasp the essentials of OS architecture, process management, memory allocation, and more. It's an indispensable resource for anyone interested in C programming, particularly within the embedded systems domain or those aspiring to enter the field of software engineering.

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What You'll Learn:

👧‍💻 Section 1: Introduction to Operating Systems

• Understanding OS: Grasp the concept of what an operating system is and why it's crucial for computing.
• OS Main Components: Explore the key components that make up an operating system, including memory management, storage management, process management, protection and security, and abstraction layers.
  • Videos: Intro to OS, OS Main Components

👧‍💻 Section 2: OS Process & Memory Management

• Process Fundamentals: Learn what processes are and how they're managed by the operating system.
• Scheduling Algorithms: Get familiar with different scheduling types, algorithms such as SJN, Priority-Based, Shortest Remaining Time, Round Robin, and understand the intricacies of Inter-Process Communication (IPC), synchronization, and deadlock handling.
  • Videos: Process and Scheduling, Scheduling Types, Scheduling Algorithms, Shortest Job Next, Priority Based, Shortest Remaining Time, Round Robin, IPC, Deadlock Handling, Memory Management

🤖 Section 3: Real-Time Operating Systems (RTOS)

• RTOS Concepts: Uncover what RTOS is and the characteristics that distinguish it from conventional OS.
• Real-Time Scheduling: Dive into hard and soft real-time paradigms, understand Rate Monotonic Scheduling, and learn how to apply FreeRTOS in your projects, particularly with AVR microcontrollers.
  • Videos: Intro to RTOS, Rate Monotonic Scheduling, Using FreeRTOS, Defining OS Tasks, Finalizing Project

Why Take This Course?

• Essential Knowledge: Equip yourself with the basic knowledge necessary for C programming and embedded systems programming.
• Software Engineering Foundation: Understand the role of OS in software engineering and how it can affect performance and reliability.
• Hands-On Learning: Engage with real-world applications, including practical exercises using FreeRTOS.

Who Is This Course For?

• Beginners in Operating Systems and RTOS
• Aspiring embedded systems developers
• Software engineering students
• Professionals looking to enhance their OS knowledge for better system design and development

📚 By the end of this course, you'll have a solid understanding of:

• The purpose and structure of an operating system.
• Various scheduling algorithms and how they impact process execution.
• Real-time computing principles and how RTOS facilitates predictable performance in time-sensitive applications.
• Practical experience with FreeRTOS for microcontroller applications.

🚀 Enroll Now to start your journey towards becoming proficient in operating systems, mastering the art of real-time operations, and opening up new career opportunities! 🚀

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Whether you're a programmer, an engineer, or a student eager to explore the intricacies of OS and RTOS, this course is your stepping stone to success. Sign up today and transform your understanding of operating systems with our comprehensive, hands-on approach to learning. 🌟