4.12 Hard Link vs Symbolic Link Explained | Linux Inodes & File Links Made Simple | OS Tutorial
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4.12 Hard Link vs Symbolic Link Explained | Linux Inodes & File Links Made Simple | OS Tutorial
5:08
4.11 File Access Methods Explained | Sequential vs Random Access with Examples | Operating Systems
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4.11 File Access Methods Explained | Sequential vs Random Access with Examples | Operating Systems
8:41
4.10 File Descriptors Explained  | File System Interface in Linux & Operating Systems | OS
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4.10 File Descriptors Explained | File System Interface in Linux & Operating Systems | OS
7:39
4.9 Linux I/O Scheduler Explained | Completely Fair Queuing (CFQ)  | Disk Scheduling for Beginners
KnowHive - School of CSE
4.9 Linux I/O Scheduler Explained | Completely Fair Queuing (CFQ) | Disk Scheduling for Beginners
5:56
4.8 Linux I/O Scheduler Explained | Elevator (SCAN) Disk Scheduling Algorithm  | OS
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4.8 Linux I/O Scheduler Explained | Elevator (SCAN) Disk Scheduling Algorithm | OS
4:09
4.7 Disk Scheduling in Operating Systems | Why It’s Needed + Performance Basics
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4.7 Disk Scheduling in Operating Systems | Why It’s Needed + Performance Basics
6:01
4.6 ard Disk Geometry Explained | Tracks, Sectors, Cylinders Made Easy | OS Concepts
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4.6 ard Disk Geometry Explained | Tracks, Sectors, Cylinders Made Easy | OS Concepts
5:27
4.5 Device Drivers Explained | How OS Talks to Hardware | Operating System Basic
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4.5 Device Drivers Explained | How OS Talks to Hardware | Operating System Basic
6:36
4.4 Direct Memory Access (DMA) Explained | DMA Controller & CPU Overhead Reduction
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4.4 Direct Memory Access (DMA) Explained | DMA Controller & CPU Overhead Reduction
5:56
4.3  Interrupt-Driven I/O Explained | Programmed I/O vs Interrupt I/O | OS Concepts Made Simple
KnowHive - School of CSE
4.3 Interrupt-Driven I/O Explained | Programmed I/O vs Interrupt I/O | OS Concepts Made Simple
6:40
4.2 Programmed I/O Techniques | Interrupt-Driven I/O  | Programmed vs Interrupt I/OOS Malayalam
KnowHive - School of CSE
4.2 Programmed I/O Techniques | Interrupt-Driven I/O | Programmed vs Interrupt I/OOS Malayalam
6:06
4.14 Mounting a File System Explained | Linux mount Command & Directory Tree Concept | OS Tutorial
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4.14 Mounting a File System Explained | Linux mount Command & Directory Tree Concept | OS Tutorial
4:20
4.1 Modern System Architecture Explained | I/O Perspective | OS Malayalam
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4.1 Modern System Architecture Explained | I/O Perspective | OS Malayalam
7:29
4.0 OS Module 4 Overview | I/O Systems & File Systems Explained |  OS Malayalam | Exam Oriented
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4.0 OS Module 4 Overview | I/O Systems & File Systems Explained | OS Malayalam | Exam Oriented
6:57
3.9 Linux Memory Management Explained | Paging & Virtual Memory | OS
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3.9 Linux Memory Management Explained | Paging & Virtual Memory | OS
6:19
3.8 Thrashing Explained | Causes & Impact on Performance | Operating Systems
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3.8 Thrashing Explained | Causes & Impact on Performance | Operating Systems
5:28
3.7 Page Replacement Algorithms Explained | FIFO vs LRU vs Optimal | OS malayalam
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3.7 Page Replacement Algorithms Explained | FIFO vs LRU vs Optimal | OS malayalam
6:43
3.6 Virtual Memory Explained | Demand Paging & Page Fault | OS Malayalam
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3.6 Virtual Memory Explained | Demand Paging & Page Fault | OS Malayalam
6:38
3.5 Page Table & Address Translation Explained | TLB & Multilevel Paging | OS Malayalam
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3.5 Page Table & Address Translation Explained | TLB & Multilevel Paging | OS Malayalam
7:10
3.4 Fragmentation & Paging Explained | Internal vs External Fragmentation | OS Malayalam
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3.4 Fragmentation & Paging Explained | Internal vs External Fragmentation | OS Malayalam
6:51
3.3 First Fit, Best Fit, Worst Fit in Memory Allocation Strategies Explained | OS Malayalam
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3.3 First Fit, Best Fit, Worst Fit in Memory Allocation Strategies Explained | OS Malayalam
5:23
3.0 Memory Management –  Overview | Address Space, Segmentation, Paging, Virtual Memory | OS
KnowHive - School of CSE
3.0 Memory Management – Overview | Address Space, Segmentation, Paging, Virtual Memory | OS
7:05
2.10 Dining Philosophers Problem Explained Simply | Deadlock & Solutions | OS
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2.10 Dining Philosophers Problem Explained Simply | Deadlock & Solutions | OS
6:33
2.9 Deadlock & Starvation Explained Simply | OS Concepts | Prevention, Avoidance & Recovery
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2.9 Deadlock & Starvation Explained Simply | OS Concepts | Prevention, Avoidance & Recovery
7:42
2.8 Linux Kernel Synchronization Explained | Spin Locks, Mutexes & Semaphores
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2.8 Linux Kernel Synchronization Explained | Spin Locks, Mutexes & Semaphores
7:02
2.7 Reader–Writer Problem Explained Simply | Reader–Writer Locks | OS Synchronization
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2.7 Reader–Writer Problem Explained Simply | Reader–Writer Locks | OS Synchronization
6:44
2.6 Producer–Consumer Problem Explained Simply | Bounded Buffer & Semaphores |  OS
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2.6 Producer–Consumer Problem Explained Simply | Bounded Buffer & Semaphores | OS
6:40
2.5 Semaphores in Operating Systems Explained Simply | Binary & Counting Semaphores | OS Malayalam
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2.5 Semaphores in Operating Systems Explained Simply | Binary & Counting Semaphores | OS Malayalam
5:16
2.4 Race Condition, Critical Section, Locks & CAS Explained | OS Malayalam | OS Synchronization 2
KnowHive - School of CSE
2.4 Race Condition, Critical Section, Locks & CAS Explained | OS Malayalam | OS Synchronization 2
8:11
2.3  OS Synchronization Basics | Race Condition & Critical Section Explained Simply | OS Malayalam
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2.3 OS Synchronization Basics | Race Condition & Critical Section Explained Simply | OS Malayalam
8:23
2.2 OS Locks Explained  Simply | Locks in Operating Systems | OS Malayalam
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2.2 OS Locks Explained Simply | Locks in Operating Systems | OS Malayalam
6:13
2.1 Concurrency in Operating Systems Explained | Concurrency vs Parallelism | OS Malayalam
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2.1 Concurrency in Operating Systems Explained | Concurrency vs Parallelism | OS Malayalam
8:59
2.0  -OS Module 2 Overview : Concurrency & Synchronization | OS Malayalam
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2.0 -OS Module 2 Overview : Concurrency & Synchronization | OS Malayalam
10:46
1.9 CISC vs RISC Architecture Explained | CPU Design Comparison | Why RISC Dominates ?
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1.9 CISC vs RISC Architecture Explained | CPU Design Comparison | Why RISC Dominates ?
7:02
1.8 The Art of  Less is More | RISC Architecture Explained | Reduced Instruction Set Computer
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1.8 The Art of Less is More | RISC Architecture Explained | Reduced Instruction Set Computer
6:57
1.7  CISC Architecture Explained  | Complex Instruction Set Computer | CISC Processor
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1.7 CISC Architecture Explained | Complex Instruction Set Computer | CISC Processor
7:51
1.6 CPU Architectures Explained in Malayalam | Von Neumann മുതൽ Hybrid Designs വരെ
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1.6 CPU Architectures Explained in Malayalam | Von Neumann മുതൽ Hybrid Designs വരെ
6:00
1.12 Multilevel Feedback Queue Scheduling (MLFQ) Explained | Priority Scheduling | OS Malayalam
KnowHive - School of CSE
1.12 Multilevel Feedback Queue Scheduling (MLFQ) Explained | Priority Scheduling | OS Malayalam
6:08
1.0 സി പ്രോഗ്രാമിംഗ്: ഒരു പ്രോഗ്രാമറെപ്പോലെ ചിന്തിക്കാം | Think Like a C Programmer
KnowHive - School of CSE
1.0 സി പ്രോഗ്രാമിംഗ്: ഒരു പ്രോഗ്രാമറെപ്പോലെ ചിന്തിക്കാം | Think Like a C Programmer
7:03
1.11 സിപിയുവിൻ്റെ  പ്രോസസ്സ് ഷെഡ്യൂളിംഗ് |   CPU Scheduler Explained | Process Scheduling
KnowHive - School of CSE
1.11 സിപിയുവിൻ്റെ പ്രോസസ്സ് ഷെഡ്യൂളിംഗ് | CPU Scheduler Explained | Process Scheduling
6:25
1.10  Threads and Concurrency Explained | Multithreading Concepts & Models (OS Malayalam)
KnowHive - School of CSE
1.10 Threads and Concurrency Explained | Multithreading Concepts & Models (OS Malayalam)
5:55
1.8 System Boot Sequence Explained | BIOS → Bootloader → Kernel → systemd (OS Malayalam)
KnowHive - School of CSE
1.8 System Boot Sequence Explained | BIOS → Bootloader → Kernel → systemd (OS Malayalam)
4:45
1.9 System Boot Sequence Explained | BIOS → Boot Loader → Kernel → systemd (OS Malayalam)
KnowHive - School of CSE
1.9 System Boot Sequence Explained | BIOS → Boot Loader → Kernel → systemd (OS Malayalam)
5:45
1.7 Process vs Program | PID |  Process Creation & Scheduling Explained (OS Malayalam)
KnowHive - School of CSE
1.7 Process vs Program | PID | Process Creation & Scheduling Explained (OS Malayalam)
6:31
1.6 Process Life Cycle Explained (OS Basics) | | Process States Made Easy (Malayalam)
KnowHive - School of CSE
1.6 Process Life Cycle Explained (OS Basics) | | Process States Made Easy (Malayalam)
4:00
1.5 എന്താണ് ഒരു പ്രോസസ്സ്? | Process Concept Explained  with Examples (OS Basics) |
KnowHive - School of CSE
1.5 എന്താണ് ഒരു പ്രോസസ്സ്? | Process Concept Explained with Examples (OS Basics) |
3:22
1.4 Linux vs UNIX Kernel Explained | കേർണലിനുള്ളിലെ കാര്യങ്ങൾ | Linux vs UNIX Kernel Comparison
KnowHive - School of CSE
1.4 Linux vs UNIX Kernel Explained | കേർണലിനുള്ളിലെ കാര്യങ്ങൾ | Linux vs UNIX Kernel Comparison
4:56
1.3 കേർണൽ  നിങ്ങളുടെ കമ്പ്യൂട്ടറിൻ്റെ അദൃശ്യ എഞ്ചിൻ | Kernel Explained | Core of Operating System
KnowHive - School of CSE
1.3 കേർണൽ നിങ്ങളുടെ കമ്പ്യൂട്ടറിൻ്റെ അദൃശ്യ എഞ്ചിൻ | Kernel Explained | Core of Operating System
4:13
1.2 ഓപ്പറേറ്റിംഗ് സിസ്റ്റം സേവനങ്ങൾ Operating System Services Explained | OS Services Made Easy |
KnowHive - School of CSE
1.2 ഓപ്പറേറ്റിംഗ് സിസ്റ്റം സേവനങ്ങൾ Operating System Services Explained | OS Services Made Easy |
6:31
1.1  എന്താണ് ഒരു ഓപ്പറേറ്റിംഗ് സിസ്റ്റം Introduction to Operating Systems | What is an OS
KnowHive - School of CSE
1.1 എന്താണ് ഒരു ഓപ്പറേറ്റിംഗ് സിസ്റ്റം Introduction to Operating Systems | What is an OS
6:38
1.5 Memory Map, Addressing & Endianness Explained | The Memory Master Plan for Beginners
KnowHive - School of CSE
1.5 Memory Map, Addressing & Endianness Explained | The Memory Master Plan for Beginners
5:58
1.0 OS Operating System Module 1 Explained in Malayalam | PCCST403 | OS Basics to Linux
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1.0 OS Operating System Module 1 Explained in Malayalam | PCCST403 | OS Basics to Linux
9:53
1.4 Instruction Cycle Explained - Fetch–Decode–Execute–Store | Basic Computer Operations
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1.4 Instruction Cycle Explained - Fetch–Decode–Execute–Store | Basic Computer Operations
6:17
1.3 Instruction Execution Cycle  | Fetch–Decode–Execute–Store | CPU Architecture & Registers
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1.3 Instruction Execution Cycle | Fetch–Decode–Execute–Store | CPU Architecture & Registers
7:15
1.2 Computer Architecture & Functional Units Explained | Input, Output, ALU, CU & Memory
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1.2 Computer Architecture & Functional Units Explained | Input, Output, ALU, CU & Memory
5:48
1.1 Inside the Machine: Principles of Computer Organization & Architecture Explained
KnowHive - School of CSE
1.1 Inside the Machine: Principles of Computer Organization & Architecture Explained
6:49
തിയറി ഓവർലോഡ് കെണി ഒഴിവാക്കാം | Learn Smarter, Not Harder!
KnowHive - School of CSE
തിയറി ഓവർലോഡ് കെണി ഒഴിവാക്കാം | Learn Smarter, Not Harder!
7:37
Demystifying Data Structures: Q&A Guide to Trees, Graphs, Sorting & Hashing | DSA Made Easy”
KnowHive - School of CSE
Demystifying Data Structures: Q&A Guide to Trees, Graphs, Sorting & Hashing | DSA Made Easy”
8:42
Tractable & Intractable Problems | UGC NET Unit 8 Unsolvable Problem & Computational Complexity
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Tractable & Intractable Problems | UGC NET Unit 8 Unsolvable Problem & Computational Complexity
6:53
CSG CONTEXT SENSITIVE GRAMMAR |  TOPIC#4 UGC NET UNIT#8
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CSG CONTEXT SENSITIVE GRAMMAR | TOPIC#4 UGC NET UNIT#8
10:48
Recursion | Turing Machines | NTA UGC NET Unit 8 Topic 4 | KnowHive.in
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Recursion | Turing Machines | NTA UGC NET Unit 8 Topic 4 | KnowHive.in
7:09
Greibach Normal Form (GNF) |  Context Free Language |  UGC NTA NET Unit 8 | Theory Of Computation
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Greibach Normal Form (GNF) | Context Free Language | UGC NTA NET Unit 8 | Theory Of Computation
13:34
Variations of Turing Machines TM  | NTA UGC NET Unit 8 Topic 4 | Theory Of Computation and Compilers
KnowHive - School of CSE
Variations of Turing Machines TM | NTA UGC NET Unit 8 Topic 4 | Theory Of Computation and Compilers
11:33
Turing Machines - TM  | NTA UGC NET Unit 8 | Topic 4 | Theory Of Computation and Compilers
KnowHive - School of CSE
Turing Machines - TM | NTA UGC NET Unit 8 | Topic 4 | Theory Of Computation and Compilers
24:31
PDA - PUSHDOWN AUTOMATA |Context Free Language |  NTA UGC NET Unit 8 Topic 5 | Deepthi S - KnowHive
KnowHive - School of CSE
PDA - PUSHDOWN AUTOMATA |Context Free Language | NTA UGC NET Unit 8 Topic 5 | Deepthi S - KnowHive
8:49
Input/Output Systems |  NTA UGC NET  Unit 5 Additional Topics | Software System & Operating System
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Input/Output Systems | NTA UGC NET Unit 5 Additional Topics | Software System & Operating System
11:18
Storage Management | Topic 8 Unit 5 - Software & Operating System | NTA UGC NET Computer Science |
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Storage Management | Topic 8 Unit 5 - Software & Operating System | NTA UGC NET Computer Science |
9:34
Unit 8 - Jun 2018 |  Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
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Unit 8 - Jun 2018 | Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
6:24
Unit 8 - Jun 2019 |  Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
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Unit 8 - Jun 2019 | Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
5:50
Unit 8 - Dec 2019 |  Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
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Unit 8 - Dec 2019 | Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
15:25
Unit 8 - Nov 2020 |  Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
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Unit 8 - Nov 2020 | Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
14:43
Regular Language  Models | NTA  UGC NET Unit 4 Topic 5 | Deepthi S - KnowHive
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Regular Language Models | NTA UGC NET Unit 4 Topic 5 | Deepthi S - KnowHive
31:30
Pumping Lemma For Regular Languages - Lexical analyzer | NTA  UGC NET Unit 4 Topic 5 | Deepthi S -
KnowHive - School of CSE
Pumping Lemma For Regular Languages - Lexical analyzer | NTA UGC NET Unit 4 Topic 5 | Deepthi S -
12:44
Pumping Lemma For Regular Languages | NTA  UGC NET Unit 4 Topic 4 | Deepthi S - KnowHive
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Pumping Lemma For Regular Languages | NTA UGC NET Unit 4 Topic 4 | Deepthi S - KnowHive
12:23
Topic 3 - Regular Language  Models | Theory of Computation | UGC NET Computer Science Online
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Topic 3 - Regular Language Models | Theory of Computation | UGC NET Computer Science Online
31:27
Unit 5 Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
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Unit 5 Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
18:20
Unit 3 Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
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Unit 3 Previous Year Question Paper Discussion | NTA UGC NET Computer Science |
27:34
Bezier Curves | NTA UGC NET |  Unit 3  Additional Topics | Programming Languages & Computer Graphics
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Bezier Curves | NTA UGC NET | Unit 3 Additional Topics | Programming Languages & Computer Graphics
7:34