Operating Systems Mastery: Linux, Windows, & Practical Applications

What you will learn:

Master essential Linux and Windows commands
Automate tasks using Bash scripting
Efficiently manage processes and threads
Optimize CPU scheduling algorithms
Implement effective memory management strategies
Resolve deadlocks and improve system stability
Manage files and disks effectively
Solve the producer-consumer problem
Build strong problem-solving skills
Gain in-demand skills for computer science and cybersecurity roles

Description

Unlock the secrets of operating systems and transform your tech skills!

This comprehensive course provides a practical, hands-on approach to mastering operating systems, ideal for computer science students, cybersecurity professionals, and tech enthusiasts. You'll move beyond theory and build real-world expertise through engaging labs and challenges.

What you'll achieve:

Strong Foundation: Grasp core OS concepts, from system architecture to component interactions.
Linux & Windows Command Line Proficiency: Navigate and manage systems confidently using both Linux Bash and Windows commands.
Process & Thread Management Expertise: Understand process behavior, inter-process communication, and efficient threading techniques.
CPU Scheduling Mastery: Simulate and analyze algorithms like FCFS, SJF, Priority, and Round Robin for optimized resource allocation.
Memory Management Techniques: Explore and implement internal and virtual memory management strategies for real-world applications.
Deadlock Resolution: Master techniques to identify, prevent, and resolve deadlocks to ensure system stability.
File & Disk Management Skills: Simulate file allocation and implement disk scheduling algorithms for efficient data management.
Problem-Solving Prowess: Tackle real-world challenges like the producer-consumer problem and memory allocation scenarios.

Why choose this course?

This course emphasizes hands-on learning through practical labs and real-world simulations, ensuring you gain the confidence and skills to confidently tackle OS challenges in any context. You'll be prepared to approach academic assignments, professional work, or cybersecurity scenarios with newfound expertise. Start your OS mastery journey today!

Curriculum

Introduction

This introductory section sets the stage for the course. The "Introduction" lecture provides a comprehensive overview of the course content, learning objectives, and what to expect throughout the learning journey. It lays the groundwork for subsequent topics and establishes a strong foundation.

Labs Setup Environments

This section focuses on getting you set up for success. The "Kali Linux Installation" lecture guides you through the process of installing Kali Linux, a popular penetration-testing Linux distribution, to provide a robust environment for hands-on exercises.

Core OS Concepts

Lectures 2 through 5 provide a foundational understanding of core OS principles. You’ll gain proficiency in essential Linux and Windows commands, streamlining system navigation and management. The labs focus on automating tasks with Bash scripting in Linux and building a strong command-line skillset across both operating systems.

Resource Management

Lectures 6 and 7 delve into efficient resource allocation. You will learn about and simulate CPU scheduling algorithms (FCFS, SJF, Priority, Round Robin) to understand how systems manage processes and allocate CPU time effectively. Furthermore, you'll explore memory allocation techniques (First-fit, Best-fit, Worst-fit) and simulate their application to manage memory effectively.

Concurrency & Synchronization

Lectures 8 and 9 cover the complexities of concurrent processes. You'll tackle multithreading concepts, critical sections, and learn to implement solutions for synchronization issues using C++. The lectures also cover the classic producer-consumer problem, providing a practical application of these learned techniques.

Deadlocks & Course Conclusion

The final section (Lecture 10) focuses on deadlock detection, prevention, and recovery techniques. This crucial area of operating systems is covered, equipping you with skills to resolve system instabilities. The section concludes with a summary and resources for continued learning.

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