First draw S as a state, from s you have both options that are choosing a and go to the state "I" or chose "b" and go to state J.
At "I" you can choose b and be at I stop there (^)->final state.
At "J" you can choose a and be at J or stop there(^)->final state.
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4 pts 6. Use the construction given in the book or the notes to construct an...
Let R = (0*0 ∪ 11)*∪(10). Use the construction from the lecture (given any regular expression, we can construct an NFA that recognizes the described language) to construct an NFA N such that L(N) = L(R). Apply the construction literally (do not optimize the resulting NFA–keep all those ε arrows in the NFA). Only the final NFA is required, but you can get more partial credit if you show intermediate steps
Please answer any 7 of them ТОС Answer any 7 from the followings: 1. Regular expression to NFA: i) ab(aUb)* ii) (aba U a)*ab 2. Explain and construct a generalized NFA, 3. NFA to regular expression 0 3 91 93 8 a 4. DFA to regular expression 011 5. Explain the rules of pumping lemma briefly with an example. 6. Give an example of right linear grammar and left linear grammar. 7. L(G) = {1*20 m >= 1 and >=1}....
Given regular language Lab" + a". Construct a. a FA to accept L b. construct a PDA to accept L 3. 4. Given CFG: S asb lax a. Remove A b. Convert the grammar to CNF c. Construct a PDA for the new grammar
Question 9 6 pts Use the given degree of confidence and sample data to construct a confidence interval for the population mean p. Assume that the population has a normal distribution. Thirty randomly selected students took the calculus final. If the sample mean was 76 and the standard deviation was 7.7, construct a 99% confidence interval for the mean score of all students. 72.14< < 79.89 73.61 < p < 78.39 72.13 << 79.87 72.54 < p < 79.46
4. Show that the pda constructed in Example 7.6 accepts the strings aabb and aaabbbb, and that both strings are in the language generated by the given grammar. EXAMPLE 7.6 Construct a pda that accepts the language generated by a grammar with productions We first transform the grammar into Greibach normal form, changing the productions to A bB, The corresponding automaton will have three states (go, 91,92), with initial state go and final state q2. First, the start symbol S...
Let G be the following grammar: 1. S T 2. T O 3. T T 4. O V = E i [ E ] 5. V i 6. V i 7. E ( E) 8. E Construct the LR(0) DFA for this grammar a) b) Construct the LR(0) parsing table. Is it LR(o)? Why and why not? Let G be the following grammar: 1. S T 2. T O 3. T T 4. O V = E i [ E...
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