26:58

1.1 Asymptotic notations, Growth of Functions

30:58

4.6 Important theorems based on groups in Discrete Mathematics

23:33

6.2 2022-23 CN AKTU Paper Solution, Computer Network AKTU Paper Solution 2021-22, Computer Network

38:06

6.4 2022-23 PPS AKTU Paper Solution (SEM-I) | Programming for problem solving | PPS

34:30

6.1 2021-22 TAFL AKTU Paper Solution, Theory of Automata & Formal Languages, TOC, Automata

21:04

5.8 Design Turing Machine for a^n b^n, a^n b^n c^n, automata, TAFL, TOC, AKTU

28:01

2.7 Proof for closure properties of Regular Languages in Automata, TAFL AKTU

08:06

5.7 Turing Machine as Computer of Integer Functions, Automata, TAFL

15:56

1.10: Myhill Nerode Theorem for regular languages, Automata

10:11

5.7 File Protection & Access Control in Operating System

22:44

5.6 File Access Methods, File Allocation Methods in Operating System

17:40

5.5 File Concept, Attributes, Operations in Operating System, Directory, Directory Structure

27:38

5.4 Disk Scheduling, LOOK, CLOOK, RAID Structure in Operating System

28:29

5.3 Disk Structure, Disk Scheduling, FCFS, SSTF, SCAN, CSCAN in Operating System

14:09

5.2 Kernel I/O Subsystem, I/O Buffering in Operating System

23:27

5.1 IO Devices, IO Management in Operating System, Direct Memory Access DMA, Device driver

14:55

5.6 Chomsky Hierarchy, TAFL | Automata

10:41

1.41 E, F, G solution of Video 1.4 DFA Design Practice 1 | Theory of Automata & Formal Languages

36:01

6.1 2021-22 CN AKTU Paper Solution, Computer Network AKTU Paper Solution 2021-22, Computer Network

22:56

4.12 Thrashing, Working Set Model, Locality Model, Operating System

23:54

4.11 Page Replacement Algorithm, FIFO, LRU, OPT, Belady Anamoly in Operating System

37:55

4.10 Virtual Memory, Demand Paging, Page Fault, Performance of Demand Paging

18:40

4.9 Paging with segmentation, Segmented Paging, paged segmentation in Operating System

13:41

4.8 Segmentation in Operating System, Memory Management

35:02

4.7 Types of Page Table - Hierarchical (two level), Inverted, Hashed Page Table

25:03

4.6 Translation Look Aside Buffers (TLB), Protection in Paging, Hit Ratio, Miss

36:09

4.5 Paging in Operating System, Noncontiguous Memory Allocation

16:39

4.4 Variable or Dynamic Partitioning, Contiguous Memory Allocation in Operating System

23:19

4.3 Fixed or Static Partitioning, Contiguous Memory Allocation, Degree of Multiprogramming

30:18

4.2 Address Binding, Compile time, Load time, Execution time , logical address, Physical Address

04:57

4.1 Bare Machine, Resident Monitor in Operating System, Memory Management

10:47

3.8 Deadlock Detection & Recovery, Deadlock Ignorance in Operating System, wait for graph

39:42

3.7 Bankers Algorithm in Deadlock Avoidance, Safety Algo, Resource Request Algo, Operating System

35:45

3.6 Deadlock Avoidance, Safe State, Resource Allocation Graph Algorithm in Operating System

23:27

3.5 Deadlock Prevention in Operating System

23:09

3.4 Deadlock, System Model, Necessary Conditions, Methods of Handling Deadlock in Operating System

35:13

3.3 Round Robin, Multilevel , Multilevel Feedback Queue, Multiple Processor, Real Time Scheduling

29:02

3.2 SJF Scheduling (Shortest Job First), non-preemptive & preemptive, SRTF, Priority Scheduling

23:23

3.1 CPU Scheduling Criteria, FCFS, Waiting Time, Turn Around Time, Response Time, CPU Utilization

18:00

2.13 Solution of Producer Consumer Problem (Bounded Buffer) in Operating System

22:51

2.12 Sleeping Barber Problem in Operating System & its solution using Semaphore

23:56

2.11 Dining Philosopher Problem in Operating System & its solution using Semaphore

11:11

2.10 Semaphores in Operating System, Binary Semaphore, Counting Semaphore, Critical Section Problem

20:24

2.9 Mutex Lock Method, TestandSet Method, Busy Waiting, Spin Lock in Critical Section Problem

07:55

2.8 Dekker’s Solution, Dekker’s Algorithm for critical section problem in operating system

12:11

2.7 Peterson’s Solution, Peterson’s Algorithm for critical section problem in operating system

29:47

2.6 Turn & Flag variable two process solution for Critical Section Problem in OS Operating System

26:35

2.5 Critical Section Problem, Solution, Race Condition in Operating System, Mutual Exclusion

21:12

2.4 Producer Consumer Problem (Bounded Buffer Problem), Process Synchronization in Operating System

25:01

2.3 Interprocess Communication (IPC) In operating system, Independent, Cooperating Process

14:41

2.2 Process Creation, Deletion/ Termination, Process Identification PID, Process Address Space

27:05

2.1 Process Concept, States, Long Term, Short Term Scheduler, Dispatcher, PCB in Operating System

23:42

1.5 Multithreading in Operating System, System Program, System call, Reentrant Kernel

20:43

1.2 Components of Operating System, Functions of Operating System

27:09

1.1 Operating System Structure: Simple, Monolithic, Layered, Microkernel, Modular | Operating System

21:45

3.10 ICMP (Internet Control Message Protocol) in network layer || Computer Network

28:00

5.4 Data Compression (lossy, lossless), Cryptography (public key, symmetric), RSA Algorithm

13:34

5.3 E Mail Protocols: SMTP, MIME, POP3, IMAP || Application Layer Protocols, Computer Network AKTU

10:47

5.2 File Transfer Protocol (FTP), Remote Login (TELNET, SSH), Network Management Protocol (SNMP)

21:06

5.1 World wide web (WWW), Domain Name System (DNS), Hyper Text Transfer Protocol (HTTP) || Network