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4. (5 points) Conversion form NFA to equivalent DFA Convert the following NFA into an equivalent...
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
6. Consider the following NFA A: Write down the tabular representation of A, and convert A to a DFA using the subset con- struction. Give the DFA both in tabular form and as a transition diagram.
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,...
Consider an NFA defined by the following transition table q a b λ 1 {1} Ф {2,4} 2 {3} {5} Ф 3 Ф {2} Ф 4 {5} {4} Ф 5 Ф Ф Ф Convert this table to the corresponding table for the NFA without λ transitions Convert the resulting NFA into DFA.\ Consider an NFA defined by the following transition table 4 а ь 2 1 {1} {2,4} 2 {3} {5} 3 0 {2} 4 {5} {4} 5 ¢ (a)...
3. Given the regular expression (a[b)a(a[b)*. [5 marks] (a) Draw the corresponding NFA diagram using the Thompson construction; (b) Transform the NFA to DFA using subset construction. You need to write the derivation process and draw the resulting diagram; [4 marks] [5 marks (c) Express the RE using a CFG 3. Given the regular expression (a[b)a(a[b)*. [5 marks] (a) Draw the corresponding NFA diagram using the Thompson construction; (b) Transform the NFA to DFA using subset construction. You need to...
4(10 points] Let A be the language over the alphabet -(a, b) defined by regular expression (ab Ub)aUb. Give an NFA that recognizes A. Draw an NFA for A here 5.10 points] Convert the following NFA to equivalent DFA a, b 4(10 points] Let A be the language over the alphabet -(a, b) defined by regular expression (ab Ub)aUb. Give an NFA that recognizes A. Draw an NFA for A here 5.10 points] Convert the following NFA to equivalent DFA...
Any answer that involves a design for a Finite Automaton (DFA or NFA) should contain information about the following five components of the FA (corresponding to the 5-tuple description): i) The set of states Q; ii) the alphabet Σ; iii) the start state; iv) the set of final states F; v) the set of transitions δ, which can be either shown in the form of a state diagram (preferred) or a transition table. You can either present the answer in...
Consider the NFA N with states labeled q1, q2 and q3, where q1 is the start state and q2 and q3 are the final (accepting) states. The transition function for N is δ(q1,a) = {q1}, δ(q1,b) = {q1,q2}, δ(q2,a) = {q3}, δ(q2,b)= ∅, δ(q3,a)= ∅, and δ(q3,b)= ∅. Let L be the language recognized by N i.e. L(N). a) Draw the state diagram for N. b) Describe in plain English what's in the language L. c) Via the construction NFA to...
Consider the following E-NFA. {9,r} Sols 19 a. Compute the E-closure of each state. b. Convert the automaton to DFA using subset construction method.
(a) (5 Points) Construct an equivalent NFA for the language L given by the regular expression ((a Ub) ab)*. Please show the entire construction, step-by-step, to receive full points.