Starting a new Lecture Notes Series on Theory of Computation & Automata Theory
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Theory of Computation & Automata Theory By Lecture Notes together!
Lecture 1: Introduction to Theory of Computation
Lecture 2: Finite State Machine (Prerequisites)
Lecture 3: Finite State Machine (Finite Automata)
Lecture 4: Deterministic Finite Automata (Example 1)
Lecture 5: Deterministic Finite Automata (Example 2)
Lecture 6: Deterministic Finite Automata (Example 3)
Lecture 7: Deterministic Finite Automata (Example 4)
Lecture 8: Regular Languages
Lecture 9: Operations on Regular Languages
Lecture 10: Non-Deterministic Finite Automata
Lecture 15: Conversion of NFA to DFA
Lecture 16: Conversion of NFA to DFA (Example 1)
Lecture 17: Conversion of NFA to DFA (Example 2)
Lecture 18: Conversion of NFA to DFA (Example 3)
Lecture 19: Conversion of NFA to DFA (Example 4)
Lecture 21: Minimization of DFA (Example 1)
Lecture 22: Minimization of DFA (Example 2)
Lecture 23: Minimization of DFA (With Multiple Final States)
Lecture 24: Minimization of DFA (With Unreachable States)
Lecture 25: Myhill Nerode Theorem - Table Filling Method
Lecture 27: Finite Automata With Outputs
Lecture 28: Construction of Mealy Machine
Lecture 29: Construction of Mealy Machine (Example 1)
Lecture 30: Construction of Mealy Machine (Example 2)
Lecture 31: Construction of Moore Machine
Lecture 32: Construction of Moore Machine (Example 1)
Lecture 33: Construction of Moore Machine (Example 2)
Lecture 34: Conversion of Moore Machine to Mealy Machine
Lecture 37: Conversion of Mealy Machine to Moore Machine
Lecture 41: Epsilon NFA
Lecture 42: Conversion of Epsilon NFA to NFA
Lecture 45: Regular Expression
Lecture 46: Regular Expression - Examples
Lecture 47: Identities of Regular Expression
Lecture 48: Arden’s Theorem
Lecture 50: Designing Regular Expressions
Lecture 51: NFA to Regular Expression Conversion
Lecture 52: DFA to Regular Expression Conversion