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Lessons List | 51 Lesson
Theory of Computation introduction TOC class 1 in Telugu
00:15:38

Theory of Computation introduction TOC class 1 in Telugu
Finite Automata Theory of Computation TOC class 2 in Telugu
00:12:50

Finite Automata Theory of Computation TOC class 2 in Telugu
Finite Automata with example in theory of Computation TOC in Telugu
00:07:55

Finite Automata with example in theory of Computation TOC in Telugu
Example 2 for Finite Automata and acceptance by a string TOC classes in Telugu
00:09:05

Example 2 for Finite Automata and acceptance by a string TOC classes in Telugu
Types of Finite Automata and applications in TOC TOC tutorials in Telugu
00:04:53

Types of Finite Automata and applications in TOC TOC tutorials in Telugu
DFA Deterministic Finite Automata TOC classes in Telugu
00:05:30

DFA Deterministic Finite Automata TOC classes in Telugu
construction of DFA Starting with a TOC tutorials in Telugu
00:08:06

construction of DFA Starting with a TOC tutorials in Telugu
Construction of DFA Ending with a TOC tutorials in Telugu
00:05:48

Construction of DFA Ending with a TOC tutorials in Telugu
Construction of DFA with Even no of a and Even no of b TOC tutorials in Telugu
00:09:17

Construction of DFA with Even no of a and Even no of b TOC tutorials in Telugu
NFA Non Deterministic Finite Automata graphical representation TOC tutorials in Telugu
00:06:23

NFA Non Deterministic Finite Automata graphical representation TOC tutorials in Telugu
Convert NFA to DFA in TOC TOC tutorials in Telugu
00:07:38

Convert NFA to DFA in TOC TOC tutorials in Telugu
Convertion of a NFA binary string last 2nd digit 1 TOC in Telugu
00:07:13

Convertion of a NFA binary string last 2nd digit 1 TOC in Telugu
Construction on NFA of regular expression 01 in TOC TOC in Telugu
00:09:12

Construction on NFA of regular expression 01 in TOC TOC in Telugu
Construction of NFA with Regular expression TOC Flat TOC in Telugu
00:09:15

Construction of NFA with Regular expression TOC Flat TOC in Telugu
Elimination of Epsilon moves to NFA TOC in Telugu
00:09:34

Elimination of Epsilon moves to NFA TOC in Telugu
Two way Finite Automata introduction with example Acceptance of a string TOC in Telugu
00:12:40

Two way Finite Automata introduction with example Acceptance of a string TOC in Telugu
2DFA with Crossing Sequence in Finite Automata TOC in Telugu
00:06:52

2DFA with Crossing Sequence in Finite Automata TOC in Telugu
Moore Machine introduction with example Finite Automata with Output TOC in Telugu
00:11:44

Moore Machine introduction with example Finite Automata with Output TOC in Telugu
Mealy Machine introduction with example TOC in Telugu
00:09:39

Mealy Machine introduction with example TOC in Telugu
Differences between Moore Machine and Mealy Machine in TOC
00:04:50

Differences between Moore Machine and Mealy Machine in TOC
Moore Machine to Mealy Machine in TOC TOC in Telugu
00:09:42

Moore Machine to Mealy Machine in TOC TOC in Telugu
Mealy Machine to Moore Machine in TOC TOC in Telugu
00:06:30

Mealy Machine to Moore Machine in TOC TOC in Telugu
Minimization of DFA in equivalence method in TOC TOC in Telugu
00:13:32

Minimization of DFA in equivalence method in TOC TOC in Telugu
Minimization of DFA with Table filling method TOC in Telugu
00:14:32

Minimization of DFA with Table filling method TOC in Telugu
Deterministic Finite Automata DFA introduction TOC in Telugu
00:05:36

Deterministic Finite Automata DFA introduction TOC in Telugu
Regular Expression introduction TOC in Telugu
00:07:33

Regular Expression introduction TOC in Telugu
Identities of a Regular Expression TOC in Telugu
00:06:55

Identities of a Regular Expression TOC in Telugu
Arden s theorem with proof TOC in Telugu
00:10:00

Arden s theorem with proof TOC in Telugu
Find the Regular Expression for the given NFA TOC in Telugu
00:10:12

Find the Regular Expression for the given NFA TOC in Telugu
Pumping Lemma Introduction and categories TOC in Telugu
00:08:39

Pumping Lemma Introduction and categories TOC in Telugu
Pumping Lemma with example TOC in Telugu
00:11:21

Pumping Lemma with example TOC in Telugu
Regular Grammar in Theory of Computation TOC in Telugu
00:05:58

Regular Grammar in Theory of Computation TOC in Telugu
Context Free Grammar introduction TOC in Telugu
00:09:27

Context Free Grammar introduction TOC in Telugu
Derivation tree or Parse tree in context free grammar TOC in Telugu
00:06:59

Derivation tree or Parse tree in context free grammar TOC in Telugu
Right most derivation and Left most derivation in regular grammar TOC in Telugu
00:10:41

Right most derivation and Left most derivation in regular grammar TOC in Telugu
Minimization of CFG Removing of Useless Symbols TOC in Telugu
00:06:57

Minimization of CFG Removing of Useless Symbols TOC in Telugu
Removing Unit Productions TOC in Telugu
00:10:57

Removing Unit Productions TOC in Telugu
Removing Null Productions TOC in Telugu
00:05:36

Removing Null Productions TOC in Telugu
Normal forms in theory of computation Chomsky Normal form Flat TOC in Telugu
00:08:36

Normal forms in theory of computation Chomsky Normal form Flat TOC in Telugu
Greback Normal Form in theory of computation TOC in Telugu
00:04:54

Greback Normal Form in theory of computation TOC in Telugu
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Course Description

Regular grammar in TOC course, in this course we will learn about Regular Grammar in Theory of Computation (TOC). Regular grammar is a fundamental concept used to describe regular languages, which can be represented by finite automata or regular expressions. The course covers the basics of regular grammar, including right-linear and left-linear grammars, and their role in defining regular languages. We will explore how to construct regular grammars, convert them to finite automata, and vice versa. Additionally, the course examines the properties of regular grammars, their applications in lexical analysis and compiler design, and techniques for minimizing regular grammars. We'll also delve into the relationships between regular grammars and context-free grammars, as well as the use of regular grammars in parsing and syntax analysis. By understanding regular grammar, students will gain insights into the foundations of formal language theory and its practical applications in computer science. This course is essential for anyone interested in the theoretical underpinnings of computation and the practical implementation of language processors.
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