09:53

File System Structure | Layered Design of File System | Operating System Concepts

07:04

File system Mounting | Unmounting | Attaching and Detaching Files | Operating System Concepts

09:50

File system Implementation | On Disk Structures | In Memory Structures | File Open | File Read

09:45

File attributes | File Operations | Directory-Introduction | Directory Structure & their operations

15:54

File system | Introduction | File Properties | File naming | File Access |Operating Systems Concepts

23:35

Non Uniform Memory Access | Thrashing | Working Set Strategy | Locality Model | Operating Systems

16:18

Allocation of Frames | Minimization of frames | Allocation Algorithms | Operating Systems Concepts

12:21

Process creation in Virtual Memory | Copy on Write | vfork in Virtual Memory | OS Concepts

14:23

Performance of Demand Paging | Effective Access Time | Operating Systems Concepts

14:51

Virtual memory | Introduction | Demand Paging | Steps to be followed if you get Page Fault

15:58

Segmentation with Paging | Hardware for Segmentation with paging | An Example | OS Concepts

14:16

Segmentation | A Memory Mapping Scheme | Segmentation Hardware| Operating Systems Concepts

12:05

Hashed Page Table | Inverted Page Table | Operating Systems Concepts

05:05

Structure of Page Table | Multilevel paging Structure | Hierarchical Paging Structure | OS Concepts

13:44

Paging | Translation Lookaside Buffer | Hit or miss | An Entry in TLB | Operating Systems Concepts

09:53

Paging - An Example | Page Table | An Entry in Page Table | Operating Systems Concepts

15:56

Memory Management Unit | Paging | Virtual Address | Physical Address | Mapping Technique

16:32

Memory Management - An Overview | Relocation and Protection | Operating System Concepts

06:08

Static Data Member | How to Define Static Date Member in Class | Object Oriented Programming Concept

10:21

Static Variables | How to initialize a Static Variable | A sample C++ Program | OOP Concepts

07:52

Inline Function | Function Definition | A sample Program | Object Oriented Concepts

09:00

Returning values from Functions | Different types of Arguments in Function |C++ Programming concepts

17:19

C++ Programming | Functions | Passing arguments | Object Oriented Programming Concepts

12:28

Memory Partitioning | Dynamic partitioning | Operating Systems Concepts

11:52

Memory Partitioning | Fixed Partitioning | Equal and Unequal Partitioning

09:49

Memory Management Requirements | Relocation | Protection | Sharing | Operating Systems Concepts

12:45

Memory Management | Memory Requirements | Operating Systems Cocnepts

09:18

Bankers Algorithm | Resource Request Algorithm | Deadlock Avoidance | Operating System Concepts

17:30

Deadlock Avoidance | Bankers algorithm | Safety Algorithm | Operating System Concepts

07:02

Resource Allocation Graph For Deadlock Avoidance | Unsafe State in Resource Allocation Graph

13:13

Deadlock Avoidance | Safe state and Unsafe state | Operating System Concepts

18:09

Deadlock Prevention | Denying Necessary Conditions for Deadlock | Operating System Concepts

06:08

Methods For Handling Deadlock | Algorithms to prevent and avoid deadlock| Operating System Concepts

09:24

Resource Allocation Graph | Graph with Cycle | Deadlock | Operating System Concepts

08:57

Necessary conditions for Deadlock | Code for Resource Allocation using Semaphore operations

16:06

Deadlock - Intoduction | Preemptable and non Preemptable Resources | Sequence of Events| OS Concepts

12:44

Readers Writers Problem - Solution using Semaphore | Operating System Concepts

09:59

Dining Philosophers Problem - Solution using Semaphore | Operating System Concepts

10:13

Classical Synchronization Problems - Dining Philosophers Problem | Introduction | OS Concepts

17:59

Monitors | Critical Region | How it Differs From Semaphore | Operating System Concepts

12:10

Futexes - A Fast User Space Mutex | Operating System Concepts

15:31

Producer - Consumer Problem Solved using semaphore | implementation of Down and Up Operations

11:50

Mutexes - A Simplified Version of Semaphore | code to solve Critical Section Problem | OS Concepts

07:00

Semaphore Introduction | Two operations | Down and UP | Operating System Concepts

14:27

Producer - Consumer Problem solved with Blocking Technique | Sleep and wake up Operations

07:49

Test and Set Lock Instructions with Blocking technique on process | Operating System Concepts

24:40

Inter Process Communication - An Overview | Printer Example | Solution to Critical Region Problem

09:06

Hardware Solution to Critical Section Problem | Test and set | Operating System Concepts

15:26

Peterson's Solution | Software Solution to Critical Section Problem | Operating system Concepts

08:45

Process structure for Critical Section | Criteria's to avoid Critical Section Problem | OS Concepts

21:18

Critical Section Problem | Producer Consumer Problem | Race Condition | Operating system concepts

20:26

Real-time CPU Scheduling | Latency Types | Operating System Concepts

00:58

Comparison on CPU Scheduling Algorithms #OS Concepts #shorts

08:23

Multicore Processor | Memory Stall | Multithreaded Multicore System | Operating Systems Concepts

17:35

Multiprocessor Scheduling | Processor Affinity | Load Balancing | Operating Systems Concepts

16:57

Multilevel Queue Scheduling | Multilevel Feedback Queue Scheduling | Operating Systems Concepts

12:07

Highest Response Ratio Next | CPU Scheduling Algorithm | OS COncepts

14:50

Shortest Remaining Time | Interactive Environment|CPU Scheduling Algorithm Operating System Concepts

01:23

How to calculate Effective Access Time with an Example | Page Fault | OS Concepts

13:58

Round Robin Scheduling Algorithm | Pre-emptive Mode | CPU Scheduling Algorithm