Operating System

Dive deep into the core of computing with our ‘Operating Systems’ category. Uncover the inner workings of the software that powers your devices, from Windows and macOS to Linux and beyond. Our comprehensive guides, articles, and insights will unravel the mysteries of multitasking, file management, security, and much more. Whether you’re a tech enthusiast or a professional in the field, our ‘Operating Systems’ category is your window to understanding the digital heartbeat of modern technology. Explore, learn, and stay updated with the latest OS trends right here.

An operating system (OS) is a pivotal software component that takes charge of computer management. It is loaded into the computer through a boot program and subsequently oversees all other application programs. Application programs interact with the operating system by seeking various services using a predefined application program interface (API). In simpler terms, the operating system (OS) is the system software responsible for the management of both computer hardware and software resources. It also serves as a provider of fundamental services for computer programs.

Understanding Inter-Process Communication (IPC) in Operating Systems with Examples

Inter-Process Communication (IPC) in OS (Operating System) With Examples

What is Inter-process Communication (IPC)? Inter-Process Communication (IPC), or process communication in an operating system (OS), is a fundamental component. IPC, acting as an advanced system, ensures efficient communication between different processes running concurrently within the system. This optimization improves information exchange among processes, fostering real-time collaboration by notifying processes of specific events. The primary purpose of […]

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Thread in Operating System (OS) Types of Threads Advantages Process Vs Thread

Thread in Operating System (OS) | Types of Threads | Advantages | Process Vs Thread

Within a program, A “Thread” is like a ‘Mini-Worker’ within a program, capable of doing tasks independently. Threads are ‘Lightweight Processes‘ and share the same resources, like memory and files, with their parent program, which is super efficient. Example: Imagine you’re writing a document in a word processing program. You decide to print it as

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Process Management In OS

Process Management In OS | What is Process and its States & Structure, Components and PCB

Process management in OS refers to the essential task of overseeing and controlling the execution of processes in an operating system. It involves creating, scheduling, and terminating processes to ensure efficient resource utilization and multitasking. In the past, single-user operating systems were the norm. However, in today’s computer systems, we have multitasking or multi-user systems.

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What Is a File System Linux, Unix, & Windows File Systems In Operating Systems

What Is a File System? Linux, Unix, & Windows File Systems In Operating Systems

The file system is perhaps the most visible and most important component or part of an operating system. Whenever you interact with your computer, Actually you’re engaging with files and directories. Files are the fundamental building blocks of system storage; you might need to create a file for even a single character. From a system security

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What is the Master Boot Record MBR BIOS & MBR Boot Process Explained-min

The BIOS/MBR Boot Process Explained

In today’s computing world, when it comes to booting up desktop and laptop computers, there are essentially two methods: the traditional BIOS-MBR approach and the newer UEFI-GPT method. Older devices typically stick with the former (BIOS-MBR), while more modern PCs, laptops, and tablets opt for the latter (UEFI-GPT). This method is fully compatible with the latest versions of Microsoft Windows, Linux, and Apple macOS.

This blog post will provide you with an insightful overview of how conventional BIOS-based PCs kickstart the process of loading an operating system. We’ll explore the fundamentals, including BIOS, MBR, and the essential boot sectors. So, let’s dive right in!

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What is Firmware Definition,Types, Functions, Examples

What Is Firmware? Firmware Types and Examples –

It is a small software program that is permanently stored in a ‘Read-only Memory’ (ROM) chip. ROM chips are Non-Volatile in nature and do not require a power supply to retain or hold data, unlike RAM memory chips, which need continuous power.

Firmware, often referred to as “software for hardware,” is a type of microcode or program embedded into hardware devices to help them operate effectively and ensuring their efficient operation. Devices like cameras, mobile phones, network cards, optical drives, printers, routers, scanners, and television remotes depend on firmware stored within their memory to operate seamlessly.

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What is a complementary metal-oxide semiconductor (CMOS)

What is a CMOS | Full Form, Working Principle & Its Applications.

The CMOS chip is a small piece of hardware that stores essential information, such as date and time, hardware settings, and BIOS (Basic Input Output System) configurations. It uses SRAM (Static RAM) to retain this data even when the computer is turned off. The CMOS chip also has a battery backup to provide the tiny amount of power needed to keep the SRAM alive.

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