If you're looking for the best YouTube channels to help you learn operating systems, then you've come to the right place. In this article, we'll show you some of the best channels for learning this topic. So whether you're a beginner or an experienced programmer, you'll be sure to find something that meets your needs.
Neso Academy is a great resource for students who want to learn about operating systems and computer science. The channel offers instruction on a variety of topics, including the gate exam, digital electronics, analog electronics, c programming, and operating system. In addition, the channel also provides helpful tips on network theory and computer networks.
The channel has been active since July 2014 and currently has over 2,248 videos. The subscriber count is currently at 1,640,000.
I encourage you to check out Neso Academy if you're interested in learning more about operating systems and computer science.Thanks for watching!
Emerald Tech Courses
Emerald Tech Courses is a YouTube channel offering comprehensive lectures and tutorials on topics such as operating systems, databases, web development, and entity relationship diagrams. It features videos in Urdu language from well-known lecturer Muhammad Usama, covering topics like primary key, foreign key, nested query, and select query.
Shashi KS is a YouTube channel dedicated to helping people learn operating system concepts. It offers tutorials, lectures and explanations on various topics related to operating system. The channel is presented by Shashi KS and is aimed at anyone interested in deepening their understanding of operating systems.
Low Orbit Flux
Low Orbit Flux is a YouTube channel focused on teaching users operating systems, Raspberry Pi, Arch Linux, tech, Linux, Ubuntu, MySQL, and MongoDB. It offers tutorials, videos, and tips on these topics to help users learn more about their hardware and software. It is a great resource for those who want to understand and use these technologies.
Types of Operating Systems
Operating systems are the foundation of modern computing, and many people use them without even knowing it. They provide the framework and interface that allow us to communicate with our devices and access all of the information we need. Operating systems can be divided into two categories - desktop and embedded.
Desktop operating systems provide the interface that we use on PCs, computers, laptops and other similar devices. These OSes are created to provide the user with an easy to use and interactive interface to accomplish various tasks such as browsing the web, playing games, checking email, etc. Examples of desktop operating systems include Windows, macOS, Linux, and Chrome OS.
Embedded operating systems are used in a variety of devices, such as smartphones and other portable devices, PDAs, medical devices, and embedded control systems. These operating systems are designed to run on specialized hardware, and they can be customized to handle specific tasks. Examples of embedded operating systems include Android, iOS, Symbian, and Windows Embedded.
In conclusion, operating systems can be divided into two distinct categories - desktop and embedded. Each type is designed for a specific type of device and has different features and capabilities. It is important to choose the right operating system for the device you are using, as it will determine how you interact with the device and the types of tasks that you can achieve.
Components of an Operating System
An operating system is a vital set of software components, responsible for overseeing and managing the hardware and software of a computer system. Operating systems, such as Windows and macOS, act as an interface between the user, application software, and the computer’s own hardware, allowing the user to easily interact with the software and the hardware.
The main components of an operating system can include a file manager, a task manager, a device manager, and a memory manager. The file manager is responsible for managing the files and folders on the computer, allowing the user to delete, copy, and move files as desired. The task manager keeps a record of all active programs, and keeps track of resources being used by those programs. The device manager ensures that connected devices, such as a printer or external hard drive, are recognized and are running correctly. And finally, the memory manager is responsible for ensuring that the computer’s RAM is used efficiently, so that programs can run without interruption.
Aside from these components, an operating system is also composed of drivers, system services, utilities, libraries, and languages. Drivers communicate between the hardware and the operating system, allowing it to recognize devices and utilize their features. System services run in the background and handle certain essential tasks, such as disk management and power management. Utilities help the user perform specific tasks such as disk optimization and defragmentation, as well as file management. Libraries are collections of pre-written code which allows applications to access features from the operating system and program resources. And finally, languages are needed to make all this possible, as they are used to write applications for the operating system.
So, in summary, the components of an operating system include the file manager, task manager, device manager, memory manager, drivers, system services, utilities, libraries, and languages. Together, these components generate a powerful programming environment which is fundamental to performing complex tasks on a computer.
Different Ways to Learn an Operating System
When it comes to learning how to operate an operating system, most people think of books and online tutorials. While these methods are certainly effective, they may not be accessible enough to every user. There are many different ways to learn an operating system that are suited to different skill levels and preferences.
- For more beginner users, hands-on tutorials are a great way to learn. These tutorials provide an interactive way for learners to get familiar with the operating system and explore its features. By following the instructions in a step-by-step manner, beginners can learn the basics of using an OS. Additionally, these tutorials make it easy to find out where to find certain features and understand how the OS works.
- It is also important to take advantage of virtual machines and virtual machines software. Virtual machines allow users to create an environment on their computer that is just like the actual system they are trying to learn. This environment allows learners to experiment freely and become comfortable with the system without having to worry about damage to the actual system. With virtual machines, the user can practice setting up the system and essentially test it before putting any changes into action on the actual system. This is an invaluable tool for anyone looking to learn an operating system.
There are plenty of different ways to learn an operating system, and it is up to the user to decide which method works best for them. Moving away from traditional books and online tutorials opens up a world of options and allows users to find the right way for them to learn a system and become comfortable using it. The key is to explore the different methods to find out which one works best for the individual's needs.