Discrete Mathematics - Vol 3 - Course and Syllabus
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Discrete Mathematics - Vol 3

Discrete Mathematics - Vol 3

The course provided insights into various topics in discrete mathematics, emphasizing logical and mathematical thinking. Key areas covered included mathematical reasoning, combinatorial analysis, discrete structures, graph theory, abstract algebra, and number theory, highlighting their relevance in computer science fields such as algorithms and cryptography.

27 Chapters 4 weeks
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Course Chapters

Chapter 1

Euler Path and Euler Circuit

Chapter 2

Hamiltonian Circuit

Chapter 3

Vertex and Edge Colouring

Chapter 4

Prof. Ashish Choudhury

Chapter 5

Lecture - 54

Chapter 6

Question 9: Proving a Graphic Sequence

Chapter 7

Lecture - 55: Modular Arithmetic

Chapter 8

Prime Numbers and GCD

Chapter 9

Lecture – 57: Properties of GCD and Bezout’s Theorem

Chapter 10

Linear Congruence Equations and Chinese Remainder Theorem

Chapter 11

Uniqueness Proof of the CRT

Chapter 12

Introduction to Fermat’s Little Theorem and Primality Testing

Chapter 13

Group Theory

Chapter 14

Cyclic Groups

Chapter 15

Subgroups

Chapter 16

Lecture - 64

Chapter 17

More Applications of Groups

Chapter 18

Key Agreement and Secure Communication

Chapter 19

Rings, Fields and Polynomials

Chapter 20

Polynomials Over Fields and Properties

Chapter 21

Roots of a Polynomial

Chapter 22

Finite Fields and Properties I

Chapter 23

Roots of a Polynomial

Chapter 24

Finite Fields and Properties I

Chapter 25

Overview 41

Chapter 26

Basics 23

Chapter 27

Fundamentals 47