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Offer by ATTITUDE ACADEMY    Last updated:- Jan 1, 1970

What you'll learn

  • You will become very familiar with the core concepts of Operating Systems
  • You will be able to challenge the interviewer on questions related to Operating Systems
  • You will view Computer Science in a different dimension
  • You will be able to answer all questions of exams like GATE,PGEE,ISRO (after completing all parts of OS course)
  • You will be able to get a top grade in your Operating systems course in your Bachelor's degree
  • Understand how Operating Systems work
  • Understand how a process is created
  • Understand how CPU scheduling is done in Operating Systems
  • Understand the various scheduling algorithms we have in Operating Systems
  • Understand how CPU , Memory and Disk work together
  • Understand Memory managment in Operating Systems
  • Understand how a process is moved from hard disk to RAM
  • Understand memory allocation strategies used by operating systems

Requirements

  • Have a PC with internet connection
  • Even ZERO knowledge in Operating Systems is fine - We will teach you everything you need to know

Description

MODULE- I

  • What is Graphical User Interface?

  • Evolution of Human and Machine Interaction.

  • Common Graphical User Interfaces.

  • Functionality of Graphical User Interface,

  • GUI Design Consideration: psychological factors,

MODULE- I GUI Design Consideration: 

  • Standards, 

  • GUI Example, 

  • Microsoft Windows, 

  • Macintosh Toolbox, 

  • X-windows, 

  • NeXT.

 

MODULE- I

  • What is an Operating System? 

  • Evolution of Operating System

  • Serial Processing

  • Batch Processing

  • Multiprogramming

  • Real Time Operating System

  • Multiprocessor Operating System

  • Time sharing operating system

  • Operating System Structure

  • Layered Structure Approach

  • Virtual Machine

  • Client-Server Model

  • Kernel Approach

  • Classification of Advanced Operating System

  • Architecture Driven Operating System

  • Application Driven Operating System

  • Microkernel Architecture

  • Multithreading

  • Symmetric Multiprocessing

MODULE- I

  • Process management

  • Device management

  • Device Management

  • Memory management

  • File management

  • Network Management

  • CPU management

  • Security and protection

 

MODULE- I

  • Introduction To process

  • Difference b/w program and Process

  • Process control Block

MODULE- I

  • Defination Of Threads

  • Need of thread

MODULE- I

  • Different thread states and operations

 

MODULE- I

  • User level thread

  • Kernal level thread

 

MODULE- I

  • Major difference b/w process and threads

MODULE- I

  • Introduction

  • Scheduling Queues

 

MODULE- I

  • Job

  • Ready

  • Device queue

 

MODULE- I

  • Long term

  • Short term

  • Medium term

MODULE- I

  • Defination of context switch

  • Important scheduling Criteria

MODULE- I

  • Preemptive

  • Non-Preemptive

MODULE- I

  • FCFS

  • SJF

  • Priority Scheduling

  • Shortest remaining time first

  • Round ribin scheduling

MODULE- I

  • Introduction

  • Interprocess communication

  • Process synchronization

  • Critical section

MODULE- I

  • Introduction to Semaphore

 

MODULE- I

  • The producer consumer problem

  • Reader writer problem

  • Dining philosopher Problem

  • The sleeping barber Problem

MODULE- I

  • Introduction

  • Difference between monitors and semaphores

MODULE- I

  • Definition of deadlock

  • Deadlock Conditions

  • Resource allocation graph

  • Methods for handling Deadlock

  • Dead lock prevention

  • Deadlock avoidance

  • Deadlock avoidance

  • Deadlock avoidance

  • Deadlock Recovery

MODULE- I

  • Introduction

  • Logical and physical address space

MODULE- I

  • Contiguous memory management(single contiguous memory management)

  • Multiple partitioning

  • Non-Contiguous memory management(Paging)

  • Non-Contiguous memory management(Segmentation)

 

MODULE- I

  • Internal and external fragmentation

MODULE- I

  • Introduction

  • Overlays

  • Demand paging

MODULE- I

  • Introduction

  • FIFO

  • Optimal Page replacement

  • LRU page replacement

 

MODULE- I

  • Introduction

  • Seek time

  • Rotational time

  • Transfer time

  • FCFS
  • sstf
  • Scan
  • C-scan
  • Look
  • C-look

 

MODULE- I

  • Features of Linux, Drawbacks of Linux

  • Components of Linux

  • Memory Management Subsystems

  • Linux Process and Thread Management

  • File Management System

  • Device Drivers

 

MODULE- I

  • Entering the Machine

  • User Names and Groups

  • Logging In, Correcting Typing Mistakes

  • Format of Linux Commands

  • Changing Your Password

  • Characters with Special Meanings

  • Linux Documentation

  • The File System

  • Current Directory

  • Looking at the Directory Contents

  • "Absolute and Relative Pathnames,Some Linux

  • Directories and Files."

MODULE- I

  • Some Useful Commands

  • Permission Modes and Standard Files

  • Pipes

  • Filters and Redirection

  • Shell Scripts

MODULE- I

  • On-Line Communication

  • Off-Line Communication

  • Apache Server Settings

  • Domain Name Server

  • Network File Server

MODULE- I

  • System Administration

  • Installing Linux

  • Choosing an Installation Method

  • Choosing an Installation Class

  • Pre-installation checks

  • Installation

  • Booting the System

  • Maintaining User Accounts

  • File Systems and Special Files

  • Backups and Restoration

 

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Includes

  • Online Interactive Learning Sessions
  • Practical Videos For Covering Course
  • Complete eBook with Assignments
  • Practice Project are also provided for practice
  • Practice Projects based on actual business transaction
  • Course Related Blogs & Articles
  • 100% Job Assistance
  • Access on All Device
  • 24*7 Lifetime Access
  • ISO 9001 : 2008 Company
  • Internship Programme for Learners
  • Govt. Recognized Certificate
  • One of the Finest Education Brand in India

What you'll learn

  • You will become very familiar with the core concepts of Operating Systems
  • You will be able to challenge the interviewer on questions related to Operating Systems
  • You will view Computer Science in a different dimension
  • You will be able to answer all questions of exams like GATE,PGEE,ISRO (after completing all parts of OS course)
  • You will be able to get a top grade in your Operating systems course in your Bachelor's degree
  • Understand how Operating Systems work
  • Understand how a process is created
  • Understand how CPU scheduling is done in Operating Systems
  • Understand the various scheduling algorithms we have in Operating Systems
  • Understand how CPU , Memory and Disk work together
  • Understand Memory managment in Operating Systems
  • Understand how a process is moved from hard disk to RAM
  • Understand memory allocation strategies used by operating systems

Requirements

  • Have a PC with internet connection
  • Even ZERO knowledge in Operating Systems is fine - We will teach you everything you need to know

Description

MODULE- I

  • What is Graphical User Interface?

  • Evolution of Human and Machine Interaction.

  • Common Graphical User Interfaces.

  • Functionality of Graphical User Interface,

  • GUI Design Consideration: psychological factors,

MODULE- I GUI Design Consideration: 

  • Standards, 

  • GUI Example, 

  • Microsoft Windows, 

  • Macintosh Toolbox, 

  • X-windows, 

  • NeXT.

 

MODULE- I

  • What is an Operating System? 

  • Evolution of Operating System

  • Serial Processing

  • Batch Processing

  • Multiprogramming

  • Real Time Operating System

  • Multiprocessor Operating System

  • Time sharing operating system

  • Operating System Structure

  • Layered Structure Approach

  • Virtual Machine

  • Client-Server Model

  • Kernel Approach

  • Classification of Advanced Operating System

  • Architecture Driven Operating System

  • Application Driven Operating System

  • Microkernel Architecture

  • Multithreading

  • Symmetric Multiprocessing

MODULE- I

  • Process management

  • Device management

  • Device Management

  • Memory management

  • File management

  • Network Management

  • CPU management

  • Security and protection

 

MODULE- I

  • Introduction To process

  • Difference b/w program and Process

  • Process control Block

MODULE- I

  • Defination Of Threads

  • Need of thread

MODULE- I

  • Different thread states and operations

 

MODULE- I

  • User level thread

  • Kernal level thread

 

MODULE- I

  • Major difference b/w process and threads

MODULE- I

  • Introduction

  • Scheduling Queues

 

MODULE- I

  • Job

  • Ready

  • Device queue

 

MODULE- I

  • Long term

  • Short term

  • Medium term

MODULE- I

  • Defination of context switch

  • Important scheduling Criteria

MODULE- I

  • Preemptive

  • Non-Preemptive

MODULE- I

  • FCFS

  • SJF

  • Priority Scheduling

  • Shortest remaining time first

  • Round ribin scheduling

MODULE- I

  • Introduction

  • Interprocess communication

  • Process synchronization

  • Critical section

MODULE- I

  • Introduction to Semaphore

 

MODULE- I

  • The producer consumer problem

  • Reader writer problem

  • Dining philosopher Problem

  • The sleeping barber Problem

MODULE- I

  • Introduction

  • Difference between monitors and semaphores

MODULE- I

  • Definition of deadlock

  • Deadlock Conditions

  • Resource allocation graph

  • Methods for handling Deadlock

  • Dead lock prevention

  • Deadlock avoidance

  • Deadlock avoidance

  • Deadlock avoidance

  • Deadlock Recovery

MODULE- I

  • Introduction

  • Logical and physical address space

MODULE- I

  • Contiguous memory management(single contiguous memory management)

  • Multiple partitioning

  • Non-Contiguous memory management(Paging)

  • Non-Contiguous memory management(Segmentation)

 

MODULE- I

  • Internal and external fragmentation

MODULE- I

  • Introduction

  • Overlays

  • Demand paging

MODULE- I

  • Introduction

  • FIFO

  • Optimal Page replacement

  • LRU page replacement

 

MODULE- I

  • Introduction

  • Seek time

  • Rotational time

  • Transfer time

  • FCFS
  • sstf
  • Scan
  • C-scan
  • Look
  • C-look

 

MODULE- I

  • Features of Linux, Drawbacks of Linux

  • Components of Linux

  • Memory Management Subsystems

  • Linux Process and Thread Management

  • File Management System

  • Device Drivers

 

MODULE- I

  • Entering the Machine

  • User Names and Groups

  • Logging In, Correcting Typing Mistakes

  • Format of Linux Commands

  • Changing Your Password

  • Characters with Special Meanings

  • Linux Documentation

  • The File System

  • Current Directory

  • Looking at the Directory Contents

  • "Absolute and Relative Pathnames,Some Linux

  • Directories and Files."

MODULE- I

  • Some Useful Commands

  • Permission Modes and Standard Files

  • Pipes

  • Filters and Redirection

  • Shell Scripts

MODULE- I

  • On-Line Communication

  • Off-Line Communication

  • Apache Server Settings

  • Domain Name Server

  • Network File Server

MODULE- I

  • System Administration

  • Installing Linux

  • Choosing an Installation Method

  • Choosing an Installation Class

  • Pre-installation checks

  • Installation

  • Booting the System

  • Maintaining User Accounts

  • File Systems and Special Files

  • Backups and Restoration

 

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Phone : 011-43522158
Telephone : +91-9654382235
Email : [email protected]

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