Operating System

About Course

Description

An Operating System (OS) is the most important software that runs on a computer. It manages the computer’s memory and processes, as well as all of its software and hardware. It also allows you to communicate with the computer without knowing how to speak the computer’s language.

Course Detail:

The course covers all the aspects and concepts of OS that are asked in the GATE exam. The course starts with an introduction of OS and covers the topics such as Types of OS, process and their management, CPU Scheduling Algorithm, Synchronization, and their need, Deadlock, Memories and their management, and File Systems. It will help you to understand the importance of the OS in the computer science field. And after completion of this course, you will be able to solve the questions related to Operating System easily.

Career Prospects:

Learning the OS course will help you to make a career in different fields and positions such as:

System Engineer
Application Engineer
Operating Systems Engineer

Who this course is for:

The students preparing for GATE CSE, Operating System course will be useful for them. Rest anyone can take up the course.

You will learn the basics of the Operating System and modern Operating System.
The various concepts like process and their management, deadlock concept, memory management and many more.
Operating System provides the crucial interface between a computer’s hardware and the applications that run on it.
To write program without bothering much about the hardware.
This course covers all the concepts which are given in GATE Operating System syllabus.

Course Content

Operating System

Introduction to Operating System

00:00
Computer System Operation

00:00
Storage Structure

00:00
I/O Structure

00:00
Computer System Architecture

00:00
Operating System Structure

00:00
Operating System Services

00:00
User Operating System Interface

00:00
System Calls

00:00
Types of System Calls

00:00
System Programs

00:00
Operating System Design & Implementation

00:00
Structures of Operating System

00:00
Virtual Machines

00:00
Operating System Generation and System Boot

00:00
Process Management (Processes and Threads)

00:00
Process State

00:00
Process Control Block

00:00
Process Scheduling

00:00
Context Switch

00:00
Operation on Processes – Process Creation

00:00
Operation on Processes – Process Termination

00:00
Interprocess Communication

00:00
Shared Memory Systems

00:00
Message Passing Systems (Part 1)

00:00
Message Passing Systems (Part 2)

00:00
Message Passing Systems (Part 3)

00:00
Sockets in Operating System

00:00
Remote Procedure Calls (RPC)

00:00
Issues in RPC & How They’re Resolved

00:00
Introduction to Threads

00:00
Multithreading Models & Hyperthreading

00:00
fork() and exec() System Calls

00:00
Threading Issues [fork() & exec() System Calls]

00:00
Threading Issues (Thread Cancellation)

00:00
Introduction to CPU Scheduling

00:00
CPU and I/O Burst Cycles

00:00
Preemptive and Non-Preemptive Scheduling

00:00
Scheduling Criteria

00:00
Scheduling Algorithms – First Come First Served (FCFS)

00:00
First Come First Served Scheduling (Solved Problem 1)

00:00
First Come First Served Scheduling (Solved Problem 2)

00:00
Scheduling Algorithms – Shortest Job First (SJF)

00:00
Shortest Job First Scheduling (Solved Problem 1)

00:00
Shortest Job First Scheduling (Solved Problem 2)

00:00
Scheduling Algorithms – Priority Scheduling

00:00
Priority Scheduling (Solved Problem 1)

00:00
Priority Scheduling (Solved Problem 2)

00:00
Scheduling Algorithms – Round Robin Scheduling

00:00
Round Robin Scheduling (Turnaround Time & Waiting Time)

00:00
Round Robin Scheduling – Solved Problem (Part 1)

00:00
Round Robin Scheduling – Solved Problem (Part 2)

00:00
Multilevel Queue Scheduling Algorithm

00:00
Multilevel Feedback-Queue Scheduling Algorithm

00:00
Scheduling Algorithms – Solved Problems

00:00

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About Course

Description

Who this course is for:

What Will You Learn?

Course Content

Operating System

Introduction to Operating System

Computer System Operation

Storage Structure

I/O Structure

Computer System Architecture

Operating System Structure

Operating System Services

User Operating System Interface

System Calls

Types of System Calls

System Programs

Operating System Design & Implementation

Structures of Operating System

Virtual Machines

Operating System Generation and System Boot

Process Management (Processes and Threads)

Process State

Process Control Block

Process Scheduling

Context Switch

Operation on Processes – Process Creation

Operation on Processes – Process Termination

Interprocess Communication

Shared Memory Systems

Message Passing Systems (Part 1)

Message Passing Systems (Part 2)

Message Passing Systems (Part 3)

Sockets in Operating System

Remote Procedure Calls (RPC)

Issues in RPC & How They’re Resolved

Introduction to Threads

Multithreading Models & Hyperthreading

fork() and exec() System Calls

Threading Issues [fork() & exec() System Calls]

Threading Issues (Thread Cancellation)

Introduction to CPU Scheduling

CPU and I/O Burst Cycles

Preemptive and Non-Preemptive Scheduling

Scheduling Criteria

Scheduling Algorithms – First Come First Served (FCFS)

First Come First Served Scheduling (Solved Problem 1)

First Come First Served Scheduling (Solved Problem 2)

Scheduling Algorithms – Shortest Job First (SJF)

Shortest Job First Scheduling (Solved Problem 1)

Shortest Job First Scheduling (Solved Problem 2)

Scheduling Algorithms – Priority Scheduling

Priority Scheduling (Solved Problem 1)

Priority Scheduling (Solved Problem 2)

Scheduling Algorithms – Round Robin Scheduling

Round Robin Scheduling (Turnaround Time & Waiting Time)

Round Robin Scheduling – Solved Problem (Part 1)

Round Robin Scheduling – Solved Problem (Part 2)

Multilevel Queue Scheduling Algorithm

Multilevel Feedback-Queue Scheduling Algorithm

Scheduling Algorithms – Solved Problems

Student Ratings & Reviews