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  1. Lecture 14/65: Context Free Grammar ExampleTheory of ComputationNotes
  2. Lecture 15/65: Kinds of Context Free LanguagesTheory of ComputationNotes
  3. Lecture 13/65: Intro to Context Free Grammars and LanguagesTheory of ComputationNotes
  4. Lecture 3/65: Finite State Machines: ExamplesTheory of ComputationNotes
  5. Lecture 4/65: Operations on Regular LanguagesTheory of ComputationNotes
  6. Lecture 5/65: Nondeterministic Finite State Machines: IntroductionTheory of ComputationNotes
  7. Lecture 6/65: Nondeterministic Finite State Machines: Formal DefinitionTheory of ComputationNotes
  8. Lecture 7/65: Equivalence of Deterministic and Nondeterministic FSMsTheory of ComputationNotes
  9. Lecture 8/65: Closure of Regular OperationsTheory of ComputationNotes
  10. Lecture 9/65: Regular ExpressionsTheory of ComputationNotes
  11. L16: Unrecognizable Languages and ReductionsTheory of Computation - Fall 2011 (Course)Notes
  12. L15: Proof by Diagonalization that ATM (Halting Problem) is Not DecidableTheory of Computation - Fall 2011 (Course)Notes
  13. L13: Diagonalization, Countability and UncountabilityTheory of Computation - Fall 2011 (Course)Notes
  14. L12: Universal Turing Machines; The Halting Problem is Recognizable but Not DecidableTheory of Computation - Fall 2011 (Course)Notes
  15. L11: Church-Turing Thesis and Examples of Decidable LanguagesTheory of Computation - Fall 2011 (Course)Notes
  16. L14: More Diagonalization; Proof that Turing Machines are CountableTheory of Computation - Fall 2011 (Course)Notes
  17. L10: Equivalence of Non-Deterministic and Deterministic TMsTheory of Computation - Fall 2011 (Course)Notes
  18. L8: Introduction to Turing Machines and ComputationsTheory of Computation - Fall 2011 (Course)Notes
  19. L9: More TM Design and Introduction to Non-Determinstic TMsTheory of Computation - Fall 2011 (Course)Notes
  20. L6: The Pumping Lemma and Introduction to CFLsTheory of Computation - Fall 2011 (Course)Notes