Скачать или смотреть Turing Machine for L = {aⁿbⁿcⁿ} | Step-by-Step Construction | Theory of Computation & Automata

🎓 Welcome to the "Theory of Computation & Automata" Series!

In this video, we take a deep dive into one of the most complex languages accepted by Turing Machines —
L = {aⁿbⁿcⁿ}, where the number of a’s, b’s, and c’s are equal and in sequence.

📌 What You’ll Learn:

Why this language is not context-free

Why a Turing Machine is required to accept it

Step-by-step design and working of the TM

Tape simulation and transition logic

Final configuration and accepting state

💡 This example showcases the power of Turing Machines and helps you understand how they go beyond PDA and CFG capabilities.

Ideal for students preparing for GATE CSE, UGC NET, and those studying Automata Theory in B.Tech, M.Tech, or CS programs.

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💡 In this Lecture Series:

Episode 1 - Introduction of Automata: -    • Introduction to Automata | Theory of Compu...  

Episode 2 - Language | Finite & Infinite Languages: -    • Language | Finite & Infinite Languages | T...  

Episode 3 - Kleene Star and Kleene Plus: -   • Kleene Star ( * ) & Kleene Plus ( + ) Expl...  

Episode 4 - Deterministic Finite Automata (DFA): -    • Deterministic Finite Automata (DFA) Explai...  

Episode 5 - Important Questions of DFA, Dead and Trap State: -    • Examples of DFA, Dead State & Trap State  ...  

Episode 6 - Non-Deterministic Finite Automata (NFA): -    • Non-Deterministic Finite Automata (NFA) Ex...  

Episode 7 - NFA to DFA Conversion: -    • NFA to DFA Conversion Explained with Examp...  

Episode 8 - DFA Minimization using Myphill-Nerode Theorem: -    • DFA Minimization Using Myhill-Nerode Theor...  

Episode 9 - DFA Minimization using Equivalence Theorem: -    • DFA Minimization Using Equivalence Theorem...  

Episode 10 - Mealy Machine: -    • Mealy Machine Explained | Working, Example...  

Episode 11 - Examples of Mealy Machine: -    • 1's Compliment and 2's Compliment Mealy Ma...  

Episode 12 - Moore Machine: -    • Moore Machine Explained with Example in Ea...  

Episode 13 - Moore Machine to Mealy Machine Conversion: -    • Moore Machine to Mealy Machine Conversion ...  

Episode 14 - Mealy Machine to Moore Machine Conversion: -    • Mealy to Moore Machine Conversion | Step-b...  

Episode 15 - Gammar: -    • What is Grammar in Automata? | Language Ge...  

Episode 16 - Classification of Grammar: -    • Classification of Grammar in Automata | Ch...  

Episode 17 -Regular Language and Regular Expression: -

Episode 18 - Arden's Theorem for Finite Automata to Regular Language: -    • Arden’s Theorem & Finite Automata to Regul...  

Episode 19 - State Elimination Method for Finite Automata to Regular Language: -    • State Elimination Method | Finite Automata...  

Episode 20 - Regular Expression to Finite Automata: -    • Regular Expression to Finite Automata |Eas...  

Episode 21 - Pumping Lemma for Regular Languages: -    • Pumping Lemma for Regular Languages | Prov...  

Episode 22 - Closure Properties of Regular Languages: -    • Closure Properties of Regular Languages | ...  

Episode 23 - Context Free Grammar (CFG) & it's Derivation Tree: -    • Context Free Grammar (CFG) Explained | Def...  

Episode 24 - Leftmost & Rightmost Derivations Tree: -    • Leftmost & Rightmost Derivations Tree | Am...  

Episode 25 - CFG Simplification : -    • CFG Simplification Explained | Null & Unit...  

Episode 26 - Chomsky Normal Form (CNF) Explained: -    • Chomsky Normal Form (CNF) Explained | Simp...  

Episode 27 - Greibach Normal Form (GNF): -    • Greibach Normal Form (GNF) in CFG | Simpli...  

Episode 28 - Pushdown Automata (PDA): -    • Pushdown Automata (PDA) Explained with Exa...  

Episode 29 - PDA to CFG Conversion: -    • PDA to CFG Conversion Explained Step-by-St...  

Episode 30 - Turing Machine | TM for L = {aⁿbⁿ}: -    • Turing Machine Explained with Example | TM...  

Episode 31 - Turing Machine for L = {aⁿbⁿcⁿ}: -    • Turing Machine for L = {aⁿbⁿcⁿ} | Step-by-...  

💡 Other Playlist:

Theory of Computation and Automata: -    • Theory of Computation & Automata  

Design and Analysis of Algorithms: -    • Design and Analysis of Algorithms  

Web Development: -    • Web Development  
💡 Who Should Watch?

Students preparing for GATE, NET, or other competitive exams.
Programmers are gearing up for coding interviews.
Anyone looking to strengthen their understanding of the Theory of Computation & Automata.

💻 Perfect For:

Algorithm enthusiasts.
Competitive programmers.
Students preparing for exams or interviews.

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