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Theory of Computation

Course Reviews

Track :

Mathematics

Lessons no : 84

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What will you learn in this course?
  • Understand automata theory, formal languages, and computational models for analyzing algorithms and problem-solving skills in computer science
  • Apply concepts of Turing machines, finite automata, and context-free grammars to design and evaluate computational systems
  • Analyze computational complexity, decidability, and limitations of algorithms for real-world problem-solving
  • Evaluate different types of automata and formal languages to optimize computational processes and system design
  • Develop skills to model and simulate automata and formal language systems for practical applications
  • Identify the theoretical principles behind computational problems and their solutions in software development
  • Interpret the role of complexity classes like P, NP, and NP-complete in algorithm efficiency and problem-solving
  • Utilize formal language theory to improve compiler design, programming language development, and automata-based applications
  • Assess the limitations of computation models and their impact on software engineering and artificial intelligence
  • Apply automata and formal language concepts to analyze and improve cybersecurity protocols and data encryption
  • Understand the mathematical foundations of computability and their implications for software testing and verification
  • Design algorithms based on automata theory to enhance automation and decision-making processes
  • Examine the relationship between computational models and real-world computing systems for better system architecture
  • Develop critical thinking skills to evaluate the theoretical aspects of computation in technological innovations

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Lessons | 84
Theory of Computation by Engineering Funda
00:06:17

Theory of Computation by Engineering Funda
Introduction to Theory of Computation Need of Theory of Computation Target Audience of TOC
00:07:25

Introduction to Theory of Computation Need of Theory of Computation Target Audience of TOC
Why study theory of Computation Theory of Computation TOC
00:07:48

Why study theory of Computation Theory of Computation TOC
Content Course flow in Theory of Computation Lecture Series Chomsky s Hierachy TOC
00:12:09

Content Course flow in Theory of Computation Lecture Series Chomsky s Hierachy TOC
Regular language in Theory of Computation Definition and Meaning of Regular Language TOC
00:10:18

Regular language in Theory of Computation Definition and Meaning of Regular Language TOC
Operations on Regular language in Theory of Computation Union Concatenation Star Operation
00:08:16

Operations on Regular language in Theory of Computation Union Concatenation Star Operation
Examples of regular language in Theory of computation Rules of Regular Language TOC
00:17:29

Examples of regular language in Theory of computation Rules of Regular Language TOC
Examples of Regular Language in Theory of Computation Rules of Regular Language TOC
00:15:07

Examples of Regular Language in Theory of Computation Rules of Regular Language TOC
Finite Automata definition Important Terminologies of Finite Automata Theory of Computation TOC
00:11:11

Finite Automata definition Important Terminologies of Finite Automata Theory of Computation TOC
Finite Automata Examples in Theory of Computations Examples of DFA NFA DFA NFA
00:14:52

Finite Automata Examples in Theory of Computations Examples of DFA NFA DFA NFA
Non Deterministic Finite Automata NFA TOC Examples of Non Deterministic Finite Automata NFA
00:14:38

Non Deterministic Finite Automata NFA TOC Examples of Non Deterministic Finite Automata NFA
DFA Examples 1 Theory of Computation Dead State in Finite Automata Deterministic Finite Automata
00:18:31

DFA Examples 1 Theory of Computation Dead State in Finite Automata Deterministic Finite Automata
DFA Examples 2 Theory of Computation Dead State in Finite Automata Deterministic Finite Automata
00:16:50

DFA Examples 2 Theory of Computation Dead State in Finite Automata Deterministic Finite Automata
DFA Examples 3 Theory of Computation Dead State in Finite Automata Language accepted by DFA
00:07:37

DFA Examples 3 Theory of Computation Dead State in Finite Automata Language accepted by DFA
DFA Examples 4 Dead State in Finite Automata Atleast constraint in DFA Atmost Constraints in DFA
00:14:57

DFA Examples 4 Dead State in Finite Automata Atleast constraint in DFA Atmost Constraints in DFA
Non Deterministic Finite Automata Theory Example 1 Multiple Transition Path in NFA TOC
00:16:44

Non Deterministic Finite Automata Theory Example 1 Multiple Transition Path in NFA TOC
NFA Examples 2 Theory of Computation Validation check of NFA NFA Example with substring TOC
00:12:22

NFA Examples 2 Theory of Computation Validation check of NFA NFA Example with substring TOC
NFA Example 3 Theory of Computation Validation check of NFA Accepting State in NFA TOC
00:08:16

NFA Example 3 Theory of Computation Validation check of NFA Accepting State in NFA TOC
NFA Examples 4 Theory of computation NFA accepting words NFA non accepting words TOC
00:11:48

NFA Examples 4 Theory of computation NFA accepting words NFA non accepting words TOC
NFA to DFA Conversion Theory of Computation Algorithm to convert NFA to DFA Equivalency NFA DFA
00:12:31

NFA to DFA Conversion Theory of Computation Algorithm to convert NFA to DFA Equivalency NFA DFA
NFA to DFA Conversion Examples Theory of Computation Subset construction method TOC
00:13:31

NFA to DFA Conversion Examples Theory of Computation Subset construction method TOC
NFA to DFA Conversion Examples 2 Language identified by NFA DFA NFA to DFA from transition table
00:09:19

NFA to DFA Conversion Examples 2 Language identified by NFA DFA NFA to DFA from transition table
NFA to DFA Conversion Example 3 Minimization of DFA Non Reachable State Power Set Construction
00:10:32

NFA to DFA Conversion Example 3 Minimization of DFA Non Reachable State Power Set Construction
Minimization of Deterministic Finite Automata Theory of Computation Speed up the execution of DFA
00:11:22

Minimization of Deterministic Finite Automata Theory of Computation Speed up the execution of DFA
Minimization of DFA Triangulation method State reduction Non Reachable state Merging states DFA
00:15:42

Minimization of DFA Triangulation method State reduction Non Reachable state Merging states DFA
Minimization of DFA Example 1 Theory of Computation State Reduction of DFA DFA
00:13:15

Minimization of DFA Example 1 Theory of Computation State Reduction of DFA DFA
Minimization of DFA Example State Reduction of DFA MFA Theory of Computation DFA
00:12:59

Minimization of DFA Example State Reduction of DFA MFA Theory of Computation DFA
Minimization of DFA with multiple final states Theory of Computation State Reduction of DFA DFA
00:11:41

Minimization of DFA with multiple final states Theory of Computation State Reduction of DFA DFA
Minimization of DFA Partition Method –Theory Of Computation State Reduction of DFA DFA
00:10:01

Minimization of DFA Partition Method –Theory Of Computation State Reduction of DFA DFA
Minimization of DFA with Multiple Final States Triangulation Method Myhill Nerod Theoram DFA
00:10:24

Minimization of DFA with Multiple Final States Triangulation Method Myhill Nerod Theoram DFA
Minimization of DFA Non Reachable state Partition Method State Reduction of DFA DFA
00:09:15

Minimization of DFA Non Reachable state Partition Method State Reduction of DFA DFA
Minimization of DFA Non reachable Region Theory of Computation State Reduction of DFA DFA
00:12:08

Minimization of DFA Non reachable Region Theory of Computation State Reduction of DFA DFA
Finite Automata with Output – Mealy Moore Machine Theory of Computation
00:09:40

Finite Automata with Output – Mealy Moore Machine Theory of Computation
Finite Automata with output Moore Machine Theory of Computation
00:07:51

Finite Automata with output Moore Machine Theory of Computation
Finite Automata with Output – Mealy Machine Examples 1 Theory of Computatio
00:09:35

Finite Automata with Output – Mealy Machine Examples 1 Theory of Computatio
Finite Automata with Output – Mealy Machine Examples 2 Theory of Computation
00:11:44

Finite Automata with Output – Mealy Machine Examples 2 Theory of Computation
Finite Automata with Output – Mealy Machine Examples 3 Theory of Computation
00:12:48

Finite Automata with Output – Mealy Machine Examples 3 Theory of Computation
Finite Automata with Output – Moore Machine Examples 1 Theory of Computation
00:11:17

Finite Automata with Output – Moore Machine Examples 1 Theory of Computation
Finite Automata with Output – Moore Machine Examples 2 Theory of Computation
00:09:22

Finite Automata with Output – Moore Machine Examples 2 Theory of Computation
Finite Automata with Output – Moore Machine Examples 3 Theory of Computation
00:08:24

Finite Automata with Output – Moore Machine Examples 3 Theory of Computation
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4.6
84 Reviews
K.sai nandini

good 2025-09-14

B.Nandini

good 2025-09-13

VENKATESWARI KOTAKONDA

I thoroughly enjoyed this course and found it incredibly valuable. The content was well-structured, easy to follow, and covered all the essential topics within the 15-hour duration. The instructors were knowledgeable and supportive, and the learning materials were practical and engaging. I feel more confident in applying what I’ve learned and would definitely recommend this course to others looking to enhance their skills. 2025-09-11

Kompally Shalini

good 2025-06-16

DOOTA SARA

good course 2025-06-11

VISHAAL R R

HELPFUL COURCE 2025-05-28

Vaishnavi Ezhumalai

very nice 2025-05-21

Niveditha KU

it was very good course 2025-05-17

Jahnavi Mutthunuri

very nice lecture thankyou 2025-05-16

Pragathi Thallapally

i loved this 2025-05-14

Mekala sindhuja

really good 2025-05-14

Poorvaj B V

lol 2025-05-09

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Theory of Computation course in hindi, in this course Explore the theoretical foundations of computation, automata, languages, and complexity in this comprehensive course.