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Michael Sipser Edition 3 Exercise 1 Question 17 (Page No. 86)

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admin asked Apr 21, 2019
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Michael Sipser Edition 3 Exercise 1 Question 21 (Page No. 86)
Use the procedure described in $\text{Lemma 1.60}$ to convert the following finite automata to regular expressions.
Use the procedure described in $\text{Lemma 1.60}$ to convert the following finite automata to regular expressions.
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admin asked Apr 21, 2019
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Michael Sipser Edition 3 Exercise 1 Question 19 (Page No. 86)
Use the procedure described in $\text{Lemma 1.55}$ to convert the following regular expressions to non-deterministic finite automata. $(0\cup 1)^{*}000(0\cup 1)^{*}$ $(((00)^{*}(11))\cup 01)^{*}$ $\phi^{*}$
Use the procedure described in $\text{Lemma 1.55}$ to convert the following regular expressions to non-deterministic finite automata.$(0\cup 1)^{*}000(0\cup 1)^{*}$$(((0...
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admin asked Apr 21, 2019
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Michael Sipser Edition 3 Exercise 1 Question 16 (Page No. 86)
Use the construction given in $\text{Theorem 1.39}$ to convert the following two non-deterministic finite automata to equivalent deterministic finite automata.
Use the construction given in $\text{Theorem 1.39}$ to convert the following two non-deterministic finite automata to equivalent deterministic finite automata.
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admin asked Oct 17, 2019
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Michael Sipser Edition 3 Exercise 4 Question 17 (Page No. 212)
Prove that $EQ_{DFA}$ is decidable by testing the two DFAs on all strings up to a certain size. Calculate a size that works.
Prove that $EQ_{DFA}$ is decidable by testing the two DFAs on all strings up to a certain size. Calculate a size that works.
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