×
Create CV Books Summaries Online Courses Blog Communities

Login

Sign up
MindLuster Logo
Categories
Recent

REGULAR EXPRESSIONS IN AUTOMATA THEORY || REGULAR EXPRESSION WITH EXAMPLE || TOC

Share your inquiries now with community members Click Here
Previous Lesson Next Lesson
Sign Up and Get Free Certificate
Sign up Now

Lessons List | 40 Lesson
INTRODUCTION TO AUTOMATA THEORY AND ITS APPLICATIONS || THEORY OF COMPUTATION || FORMAL LANGUAGES
00:09:23

INTRODUCTION TO AUTOMATA THEORY AND ITS APPLICATIONS || THEORY OF COMPUTATION || FORMAL LANGUAGES
BASIC NOTATIONS REPRESENTATIONS IN AUTOMATA THEORY || BASICS OF AUTOMATA || THEORY OF COMPUTATION
00:14:58

BASIC NOTATIONS REPRESENTATIONS IN AUTOMATA THEORY || BASICS OF AUTOMATA || THEORY OF COMPUTATION
WHAT IS FINITE AUTOMATA AND REPRESENTATION OF FINITE AUTOMATA || THEORY OF COMPUTATION
00:14:14

WHAT IS FINITE AUTOMATA AND REPRESENTATION OF FINITE AUTOMATA || THEORY OF COMPUTATION
TYPES OF FINITE AUTOMATA DFA NFA IN AUTOMATA THEORY || DFA NFA || THEORY OF COMPUTATION
00:14:54

TYPES OF FINITE AUTOMATA DFA NFA IN AUTOMATA THEORY || DFA NFA || THEORY OF COMPUTATION
DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 1 STRINGS STARTS WITH IN AUTOMATA THEORY || TOC
00:16:19

DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 1 STRINGS STARTS WITH IN AUTOMATA THEORY || TOC
DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 2 STRINGS ENDS WITH IN AUTOMATA THEORY || TOC
00:14:17

DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 2 STRINGS ENDS WITH IN AUTOMATA THEORY || TOC
DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 4 STRING LENGTH IN AUTOMATA THEORY || TOC
00:15:49

DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 4 STRING LENGTH IN AUTOMATA THEORY || TOC
DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 5 DIVISIBLE BY IN AUTOMATA THEORY || TOC
00:16:09

DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 5 DIVISIBLE BY IN AUTOMATA THEORY || TOC
DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 6 EVEN S ODD S IN AUTOMATA THEORY || TOC
00:14:07

DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 6 EVEN S ODD S IN AUTOMATA THEORY || TOC
DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 3 SUBSTRING OR CONTAINS IN AUTOMATA THEORY || TOC
00:14:56

DETERMINISTIC FINITE AUTOMATA DFA EXAMPLE 3 SUBSTRING OR CONTAINS IN AUTOMATA THEORY || TOC
NFA NON DETERMINISTIC FINITE AUTOMATA WITH EXAMPLE IN AUTOMATA THEORY || THEORY OF COMPUTATION
00:08:02

NFA NON DETERMINISTIC FINITE AUTOMATA WITH EXAMPLE IN AUTOMATA THEORY || THEORY OF COMPUTATION
DIFFERENCES BETWEEN DFA NFA IN AUTOMATA THEORY || DFA NFA || THEORY OF COMPUTATION
00:10:19

DIFFERENCES BETWEEN DFA NFA IN AUTOMATA THEORY || DFA NFA || THEORY OF COMPUTATION
EPSILON CLOSURE IN AUTOMATA THEORY || NFA WITH EPSILON || TOC
00:10:15

EPSILON CLOSURE IN AUTOMATA THEORY || NFA WITH EPSILON || TOC
CONVERSION OF NFA WITH EPSILON TO NFA WITHOUT EPSILON IN AUTOMATA THEORY || TOC
00:21:35

CONVERSION OF NFA WITH EPSILON TO NFA WITHOUT EPSILON IN AUTOMATA THEORY || TOC
CONVERSION OF NFA TO DFA WITH EXAMPLES IN AUTOMATA THEORY || NFA TO DFA CONVERSION || TOC
00:18:06

CONVERSION OF NFA TO DFA WITH EXAMPLES IN AUTOMATA THEORY || NFA TO DFA CONVERSION || TOC
MINIMIZATION OF DFA WITH EXAMPLE IN AUTOMATA THEORY || DFA MINIMIZATION || TOC
00:19:28

MINIMIZATION OF DFA WITH EXAMPLE IN AUTOMATA THEORY || DFA MINIMIZATION || TOC
EQUIVALENCE BETWEEN TWO DFA IN AUTOMATA THEORY || EQUIVALENCE BETWEEN TWO FSM S || TOC
00:10:55

EQUIVALENCE BETWEEN TWO DFA IN AUTOMATA THEORY || EQUIVALENCE BETWEEN TWO FSM S || TOC
REGULAR EXPRESSIONS IN AUTOMATA THEORY || REGULAR EXPRESSION WITH EXAMPLE || TOC
00:13:45

REGULAR EXPRESSIONS IN AUTOMATA THEORY || REGULAR EXPRESSION WITH EXAMPLE || TOC
IDENTITY RULES FOR REGULAR EXPRESSIONS IN AUTOMATA THEORY || IDENTITIES OF REGULAR EXPRESSIONS ||TOC
00:05:00

IDENTITY RULES FOR REGULAR EXPRESSIONS IN AUTOMATA THEORY || IDENTITIES OF REGULAR EXPRESSIONS ||TOC
ARDEN S THEOREM IN AUTOMATA THEORY || EQUIVALENCE OF TWO REGULAR EXPRESSIONS || DFA TO RE || TOC
00:11:52

ARDEN S THEOREM IN AUTOMATA THEORY || EQUIVALENCE OF TWO REGULAR EXPRESSIONS || DFA TO RE || TOC
CONVERSION OF FINITE AUTOMATA TO REGULAR EXPRESSION USING ARDENS METHOD IN AUTOMATA THEORY || TOC
00:21:08

CONVERSION OF FINITE AUTOMATA TO REGULAR EXPRESSION USING ARDENS METHOD IN AUTOMATA THEORY || TOC
CONVERSION OF FINITE AUTOMATA TO RE USING STATE ELIMINATING METHOD IN AUTOMATA THEORY || TOC
00:28:29

CONVERSION OF FINITE AUTOMATA TO RE USING STATE ELIMINATING METHOD IN AUTOMATA THEORY || TOC
CONVERSION OF REGULAR EXPRESSION TO FINITE AUTOMATA USING SUBSET METHOD IN AUTOMATA THEORY || TOC
00:20:53

CONVERSION OF REGULAR EXPRESSION TO FINITE AUTOMATA USING SUBSET METHOD IN AUTOMATA THEORY || TOC
CONVERSION OF REGULAR EXPRESSION TO FINITE AUTOMATA USING DIRECT METHOD IN AUTOMATA THEORY || TOC
00:13:13

CONVERSION OF REGULAR EXPRESSION TO FINITE AUTOMATA USING DIRECT METHOD IN AUTOMATA THEORY || TOC
PUMPING LEMMA IN AUTOMATA THEORY || PUMPING LEMMA FOR REGULAR LANGUAGES WITH EXAMPLES || TOC
00:16:39

PUMPING LEMMA IN AUTOMATA THEORY || PUMPING LEMMA FOR REGULAR LANGUAGES WITH EXAMPLES || TOC
REGULAR GRAMMAR IN AUTOMATA THEORY || GRAMMAR || LEFT LINEAR GRAMMAR || RIGHT LINEAR GRAMMAR || TOC
00:19:49

REGULAR GRAMMAR IN AUTOMATA THEORY || GRAMMAR || LEFT LINEAR GRAMMAR || RIGHT LINEAR GRAMMAR || TOC
CONTEXT FREE GRAMMAR IN AUTOMATA THEORY || CFG IN ATFL || TOC || AUTOMATA THEORY
00:09:55

CONTEXT FREE GRAMMAR IN AUTOMATA THEORY || CFG IN ATFL || TOC || AUTOMATA THEORY
DERIVATION TREE PARSE TREE IN AUTOMATA THEORY || DERIVATION || TOC
00:13:56

DERIVATION TREE PARSE TREE IN AUTOMATA THEORY || DERIVATION || TOC
TYPES OF DERIVATION TREE LEFT MOST RIGHT MOST IN AUTOMATA THEORY || TOC
00:15:41

TYPES OF DERIVATION TREE LEFT MOST RIGHT MOST IN AUTOMATA THEORY || TOC
AMBIGUOUS GRAMMAR IN AUTOMATA THEORY || AMBIGUITY IN CONTEXT FREE GRAMMAR || TOC
00:10:53

AMBIGUOUS GRAMMAR IN AUTOMATA THEORY || AMBIGUITY IN CONTEXT FREE GRAMMAR || TOC
DIFFERENCE BETWEEN REULAR GRAMMAR AND CONTEXT FREE GRAMMAR IN AUTOMATA THEORY || TOC
00:08:11

DIFFERENCE BETWEEN REULAR GRAMMAR AND CONTEXT FREE GRAMMAR IN AUTOMATA THEORY || TOC
REMOVAL OF USELESS PRODUCTIONS SIMPLIFICATION OF CFG IN AUTOMATA THEORY || TOC
00:08:46

REMOVAL OF USELESS PRODUCTIONS SIMPLIFICATION OF CFG IN AUTOMATA THEORY || TOC
REMOVAL OF NULL EPSILON PRODUCTIONS SIMPLIFICATION OF CFG IN AUTOMATA THEORY || TOC
00:10:28

REMOVAL OF NULL EPSILON PRODUCTIONS SIMPLIFICATION OF CFG IN AUTOMATA THEORY || TOC
REMOVAL OF UNIT PRODUCTIONS SIMPLIFICATION OF CFG IN AUTOMATA THEORY || TOC
00:11:26

REMOVAL OF UNIT PRODUCTIONS SIMPLIFICATION OF CFG IN AUTOMATA THEORY || TOC
CHOMSKY NORMAL FORM CNF CONVERSION OF CFG TO CNF IN AUTOMATA THEORY || CFG TO CNF || TOC
00:30:42

CHOMSKY NORMAL FORM CNF CONVERSION OF CFG TO CNF IN AUTOMATA THEORY || CFG TO CNF || TOC
TYPES OF RECURSIONS AND REMOVAL OF LEFT RECURSION IN AUTOMATA THEORY || LEFT RECURSION || TOC
00:14:32

TYPES OF RECURSIONS AND REMOVAL OF LEFT RECURSION IN AUTOMATA THEORY || LEFT RECURSION || TOC
GREIBACH NORMAL FORM GNF AND CONVERSION OF CONTEXT FREE GRAMMAR TO GNF IN AUTOMATA THEORY || TOC
00:26:59

GREIBACH NORMAL FORM GNF AND CONVERSION OF CONTEXT FREE GRAMMAR TO GNF IN AUTOMATA THEORY || TOC
PUSHDOWN AUTOMATA PDA IN AUTOMATA THEORY || PDA INTRODUCTION || WHAT IS PDA
00:11:42

PUSHDOWN AUTOMATA PDA IN AUTOMATA THEORY || PDA INTRODUCTION || WHAT IS PDA
PUSHDOWN AUTOMATA EXAMPLE a n b n | PDA EXAMPLE | TOC
00:19:44

PUSHDOWN AUTOMATA EXAMPLE a n b n | PDA EXAMPLE | TOC
INSTANTANEOUS DESCRIPTION ID OF PDA IN AUTOMATA THEORY || ID OF PDA || ACCEPTANCE OF STRING || TOC
00:14:23

INSTANTANEOUS DESCRIPTION ID OF PDA IN AUTOMATA THEORY || ID OF PDA || ACCEPTANCE OF STRING || TOC
Show More Lessons

Comments

Our New Certified Courses Will Reach You in Our Telegram Channel
Join Our Telegram Channels to Get Best Free Courses

Join Now

We Appreciate Your Feedback

Excellent
1153 Reviews
Good
1056 Reviews
medium
98 Reviews
Acceptable
15 Reviews
Not Good
18 Reviews
4.4
2340 Reviews
Swarupa Badatya 

Good
2026-11-07

Harinikj 

It's really usefull
2026-11-07

Boyella Rakshitha 

Informative
2026-11-07

Vaibhav M Naikal 

Nice
2026-11-07

Supriya S 

.
2026-11-07

Nethra.M 

nice explanation
2026-11-07

ShreeRadhae 

Easy to understand
2026-11-07

thanushree devaraj 

Informative
2026-11-06

Anand Rajesh 

Good
2026-11-06

Abhishek mahesh 

good
2026-11-06

Shyam Sundhar A 

Good
2026-11-06

Deepesh Gupta 

Decent enough
2026-11-06

Show More Reviews


Related Courses in Programming
React Projects Workshops
33 Lessons

React Projects Workshops

Node js back end JavaScript
34 Lessons

Node js back end JavaScript

Python programming language
15 Lessons

Python programming language

Social Network Theme UI With Sass
4 Lessons

Social Network Theme UI With Sass

Full Stack React Django
7 Lessons

Full Stack React Django

Build a Node js App With Sequelize
3 Lessons

Build a Node js App With Sequelize

GraphQL With React Apollo
4 Lessons

GraphQL With React Apollo

Node js REST API With Restify Mongoose JWT
2 Lessons

Node js REST API With Restify Mongoose JWT

Full Stack Vue js Express MongoDB
3 Lessons

Full Stack Vue js Express MongoDB

Exploring Docker
3 Lessons

Exploring Docker

Responsive Portfolio Website
7 Lessons

Responsive Portfolio Website

The MERN Stack
12 Lessons

The MERN Stack

PHP REST API High level
3 Lessons

PHP REST API High level

Up unning With Symfony 4
3 Lessons

Up unning With Symfony 4

JavaScript Workshops
3 Lessons

JavaScript Workshops

PHP MySQL Stripe API Payment App
3 Lessons

PHP MySQL Stripe API Payment App

Course Description

Automata theory is the study of abstract machines and automata, as well as the computational problems that can be solved using them. It is a theory in theoretical computer science. The word automata comes from the Greek word αὐτόματος, which means "self-acting, self-willed, self-moving".
Trends
Recent
Previous Lesson Next Lesson