3. (20) Using the procedure demonstrated in class and in the textbook, convert this NFA to...
Using the procedure demonstrated in class and in the textbook,
convert this NFA to a DFA
Using the procedure demonstrated in class and in the textbook, convert this NFA to a DFA. a, b b,c 91 92 93 E, C b, a
Using the procedure demonstrated in class and in the textbook, convert this NFA to a DFA. a, b b, c 91 92 E, C 93 b, a
3.
(20) Using the procedure demonstrated in class and in the textbook,
convert this NFA to a DFA
a, b b, c 91 q2 q3 E, C b, a
3. Convert the NFA of figure 1 to a DFA. The start state is q0,
the accepting set is F = {q3}, and “epsilon” means .
Convert the NFA of figure 1 to a DFA. The start state is qo, the accepting set is F q3 and "epsilon" means E.
5.[10 points] Convert the following NFA to equivalent DFA E 1 a a, b
5.[10 points] Convert the following NFA to equivalent DFA E 1 a a, b
2. Convert the DFA below into an equivalent CFG using the procedure discussed in class. You must show all steps to receive full points. Show both your non-simplified and simplified CFGs. 20 points 0 0,1 q1 q2 q3 q4
7. Consider the following NFA 2 a, 7 Assume we convert this NFA to an equivalent DFA (without removing unnecessary states) Consider the following statements P the start state of the DFA is {1,2, 3) Qthe DFA has 24 accept states. R when the DFA is in state 5) and reads an a, it switches to the state 1,2,3, 4,5) Which of the following are correct? (a) P is true, Q is true, R is false. (b) P is false,...
6. (a) Use Thompson's construction to convert the above regular expression 1(0/1) *101 into an NFA (7 points) (b) Convert the NFA of part (&) into a DFA using the subset construction (points)
FOR the regular expression r= (a+b)*abb (1) Find the NFA without ε-moves for r. (2) Convert the resulted NFA in (1) into DFA (3) Find minimized DFA for the result in (2)
2. (a) Using Thompson's construction, construct an NFA that recognizes the same language as defined by the following regular expression (1 010) *1 (b) Using the subset construction, convert the NFA into a DFA. Optimize the resulting DFA by merging any equivalent states