34:07

MACHINE LEARNING UNIT - III | Perceptron, MLNN, Backpropagation, Deep Learning | DBATU Sem. Exam

15:55

MACHINE LEARNING UNIT - V: Part II| Gaussian Mixture Model (GMM) | DBATU Sem. Exam

47:11

MACHINE LEARNING UNIT - V| Unsupervised Learning, K means, Hierarchical Clustering | DBATU Sem. Exam

47:07

DESIGN AND ANALYSIS OF ALGORITHM UNIT - V: Part - II | Bellman Ford, Floyd Warshall, P, NP, NPC, NPH

25:15

DESIGN AND ANALYSIS OF ALGORITHM UNIT - V: Part - I | Longest Common Subsequence |DBATU Sem. Exam

12:05

DESIGN AND ANALYSIS OF ALGORITHM UNIT - IV: DIJKSTRA'S ALGORITHM |DBATU Sem. Exam

47:40

DESIGN AND ANALYSIS OF ALGORITHM UNIT - IV | GREEDY ALGORITHMS, Knapsack, Huffman |DBATU Sem. Exam

44:58

MACHINE LEARNING UNIT - II | Naive Bayes, Logistic Regression, KNN, SVM, Kernels | DBATU Sem. Exam

45:07

DESIGN AND ANALYSIS OF ALGORITHM UNIT - II | DIVIDE & CONQUER Mergesort, Quicksort |DBATU Sem. Exam

59:19

DESIGN AND ANALYSIS OF ALGORITHM UNIT - 1 | Recurrence relations, Master's Th.| DBATU Semester Exam

01:10:49

MACHINE LEARNING UNIT - 1 | Introduction, Linear Regression, Decision Tree | DBATU Semester Exam

45:42

COMPUTER PROGRAMMING IN C DECEMBER - 2019 Paper Solved

01:15:40

DATA STRUCTURES WINTER - 2019(DECEMBER) Paper Solution| DBATU Semester Examination

46:14

DATA STRUCTURES SUMMER - 2019 Paper Solution| DBATU Semester Examination

58:48

DISCRETE MATHEMATICS SUMMER - 2019 Paper Solution| DBATU Semester Examination

01:01:25

DISCRETE MATHEMATICS WINTER - 2018 Paper Solution| DBATU Semester Examination

53:12

DATA STRUCTURES WINTER - 2018 Paper Solution| DBATU Semester Examination

09:21

Lecture 14: DFA Construction Example - 7 | a and b having different powers

10:06

Lecture 20: Isomorphism | Graph Theory

07:47

Lecture 13: DFA Construction Example - 6 | Strings starts, contains and ends with 'a'

48:08

DBATU Sem Examination | TOC Imp Questions Part - III | Push Down Automata (PDA) & Turing Machine(TM)

01:05:44

DBATU Semester Examination | TOC Important Questions Part - II | CFG and CFL

58:35

This is how u should attempt DBATU Semester Examination | TOC Important Questions

12:36

Lect 02: Data Interpretation (Pie Chart) by Shivani Madam | Aptitude

10:13

Lecture 12: DFA Construction Example - 5 | All Binary & Ternary strings divisible by 4

12:31

Lect 01: Data Interpretation (Table Chart) by Shivani Madam |

09:30

Lecture 11: DFA Construction Example - 4 | All binary strings divisible by 3

15:24

Lecture 10: DFA Construction Examples - 3 | Number of a's are exactly, atleast & atmost 2

14:58

Lecture 09: DFA Construction Examples - 2 | |W| mod 2 =0, |W| mod 2 = 1 & |W| mod 3 = 0

05:47

Lecture 08: DFA Construction Example Shortcut | Theory of Computation

03:48

Example on Havel - Hakimi Theorem | Graph Theory

11:12

Lecture 07: DFA Construction Examples | Strings of length atleast, atmost & exactly equal

10:17

Lecture 19: Havel - Hakimi Theorem | Graph Theory

00:36

Key question on Planar Graph | Graph Theory #short

17:30

Lecture 06: Introduction to Deterministic Finite Automata (DFA)

01:38

Lecture 05: Classification of Finite Automata

11:17

Lecture 4: Need of Finite Representation

14:25

GATE Pattern & Preparation Strategy by Shivani Madam | CSE | #LetsCrackIt

04:19

Lecture 03: Powers of Alphabet (Σ) | CSE

07:15

Lecture 18: Examples on Planar Graph properties 2

13:16

Lecture 02: Introduction to Automata

08:23

Lecture 17: Examples on Planar Graph Properties

18:02

Lecture 01: Chomsky Hierarchy

11:05

Lecture 16: Kuratowski's Theorem

14:19

Lecture 15: Properties of Planar Graph

10:55

Lecture 14: Planar Graph & Regions

11:35

Lecture 13: Clique & Independent Set

07:52

Lecture 12: Subgraph, Induced Subgraph & Spanning Subgraph

10:19

Lecture 11: Diameter, Eccentricity & Radius of a Graph

08:39

Lecture 10: Handshaking Lemma

12:29

Lecture 09: Hamiltonian Path and Circuit

13:48

Lecture 08: Euler Path & Euler Circuit

14:14

Lecture 07: Graph Traversability

06:05

Lecture 06: MultiGraph & Weighted Graph

15:49

Lecture 05: Complete Bipartite Graph

10:42

Lecture 04: Bipartite graph

23:54

Lecture 03: Advanced Graph Terminologies

12:49

Lecture 02: Representations of a graph

35:35

Lecture 01: Basic Graph Terminologies