Tutorial Playlist
47 Lessons1. Introduction to Operating System
2. Types of Operating Systems
3. Linux Operating System
Now Reading
4. An Introduction To Unix Operating System
5. Ubuntu Operating System
6. MS DOS Operating System
7. Mobile Operating System
8. Understanding Functions of Operating System
9. Components of Operating System
10. Understanding the Kernel in Operating Systems
11. Structure of Operating System
12. Process in Operating System
13. What is Bios
14. What is Booting in Computer
15. What is Interrupt in Operating System?
16. Process Control Block in Operating Systems
17. Threads in Operating System
18. Process Synchronization in OS
19. Critical Section in OS
20. Semaphore in Operating System
21. Deadlock in Operating System
22. Deadlock Prevention in OS
23. Paging in Operating System
24. Segmentation in Operating System
25. Virtual Memory in Operating System
26. File System in Operating Systems
27. Page Table in OS
28. Round Robin Scheduling in Operating System
29. Shortest Job First Scheduling Algorithm
30. Priority Scheduling in OS
31. Page Replacement Algorithms in Operating System
32. Race Condition in OS
33. Distributed Operating System
34. Navigating Contiguous Memory Allocation in Operating Systems
35. Fragmentation in Operating System
36. Banker’s Algorithm in OS
37. Context Switching in OS
38. First Come First Serve (FCFS) Scheduling Algorithm in Operating System
39. Understanding Inter Process Communication in OS
40. Multiprogramming Operating System
41. Python OS Module
42. Preemptive Priority Scheduling Algorithm
43. Resource Allocation Graph in OS
44. Scheduling Algorithms in OS
45. System Calls In Operating System
46. Thrashing in Operating Systems: A Deep Dive
47. Time Sharing Operating System
Having used various operating systems extensively, I can confidently assert that the Linux operating system stands out as one of the most remarkable. It's a free and open-source OS that you can integrate in a wide range of devices.
What's truly stunning is its support across nearly every major computer platform like ARM, x86, and SPARC. This support makes it the most broadly adopted operating system out there.
Let’s learn more about the Linux operating system here.
The Linux Operating System is a type of operating system that is similar to Unix, and it is built upon the Linux Kernel. It began as a personal computer operating system, but its evolution has been nothing short of extraordinary.
Today, it stands as the best Linux operating system and a highly popular server as well. Notably, it's the exclusive choice for all TOP 500 supercomputers, underlining its prowess and reliability in the most demanding computing environments. It guarantees your PC works smoothly and efficiently.
But the Linux Kernel alone is not enough to make a complete operating system. To create a full and functional system, the Linux Kernel is combined with a collection of software packages and utilities, which are together called Linux distributions.
In my experience, each iteration of the Linux Operating system version, commands hardware resources, launches applications, and offers various user interface options. With its extensive developer community and diverse range of distributions, Linux is adaptable to nearly any task and has made significant inroads across computing domains.
For instance, Linux has emerged as a favored choice for web servers such as Apache, network operations, scientific computing involving large clusters, database management, desktop computing, and mobile devices like Android.
If you are looking for an example of Linux operating system, I’ve listed numerous below along with their use cases:
Some features of Linux include:
The application of Linux operating system surpasses that of other systems, enabling numerous users to work concurrently and seamlessly. I am listing down some of the key reasons why :
Linux can pose challenges for beginners due to its less user-friendly interface compared to other operating systems. Additionally, it has a narrower selection of hardware drivers compared to Windows, potentially limiting compatibility with certain devices.
While gaming support on Linux has improved, it may not offer the same breadth of options as other operating systems. Furthermore, the extensive variety of Linux distributions can sometimes lead to fragmentation within the ecosystem, impacting software compatibility and support.
I hope I have clarified the basics of the Linux operating system. Through this tutorial, I have explained the complete guide of how it works, its features, and pros and cons. Whether you're a professional developer, a tech enthusiast, or a newcomer to the world of computing, you can benefit greatly from the application of Linux operating system. It offers a rich ecosystem of possibilities, limited only by your imagination.
If you want to start your career in informational technology I would recommend exploring programs from upGrad. This online learning platform offers career -oriented programs that can skyrocket your skills. From the Linux operating system for beginners to advanced, they have all programs available on their website. Wait no more and start today!
Linux is used in several devices like servers, desktop computers, smartphones (Android), embedded systems (routers, IoT devices), supercomputers, smart appliances, gaming consoles, network devices, and development boards. Its open-source and versatile nature makes it a popular choice across industries.
The application of Linux operating system is often considered better than Windows due to its cost-effective, robust security features, and stability, especially in server environments. Additionally, Linux offers extensive customization options to meet individual needs, optimized performance, and benefits from a large and supportive community for assistance and troubleshooting.
The advantages of Linux operating system are it’s open-source, cost-effectiveness, secure, stable, customizable, high-performing, compatible, widespread community support, scalable, and promotes freedom.
Application of Linux operating system is used for desktops, servers, embedded systems, supercomputers, mobile devices, gaming consoles, network devices, development and education purposes.
The Application of Linux operating system is powerful because it fosters innovation and collaboration, its robust security features, high stability, scalability, and efficient performance across a wide range of applications and devices.
Yes, the Linux operating system is faster than Windows because of its capability of resource utilization and lightweight design on lower-end hardware. However, performance superiority could depend on factors such as hardware specifications and specific tasks being performed.
Linux's main features encompass its open-source nature, supporting multitasking and multi-user environments, ensuring robust security, stability, and flexibility. Additionally, Linux boasts compatibility with various hardware and software, networking capabilities, performance optimization, and scalability to accommodate diverse computing needs.
Developers use Linux for its powerful development tools, command-line interface, package management, compatibility, customizability, server deployment capabilities, open-source nature, and supportive community.
Yes, due to its best development tools, open-source nature, robust command-line interface, easy package management, wide compatibility, and strong community support, it has become the best Linux operating system.
Linux is freely available, and developed cooperatively by the community, while Unix systems are often proprietary, and developed by specific companies. Linux uses the Linux kernel, while Unix systems may use different kernels. Linux offers a wide range of distributions, while Unix systems are distributed as a combined operating system.
Pavan Vadapalli
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upGrad does not grant credit; credits are granted, accepted or transferred at the sole discretion of the relevant educational institution offering the diploma or degree. We advise you to enquire further regarding the suitability of this program for your academic, professional requirements and job prospects before enr...