Let M = < Q, E, 8, 90, F> be the DFA defined as follows: =...

   

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Let M = < Q, E, 8, 90, F> be the DFA defined as follows: = {a,b}, Q = {q0, 91, 92, 93}, F = {q3}. The transition function d is given by this table: dla b ---|---|--- q0q1 q0 q1 q2 lq0 92192 193 93192 193 where 'd' in the table is 8. (a) Draw the transition diagram for M. (b) Trace the computations of M for the strings w defined below by computing 8* (q0, w), when w is: (1) abaa (2) aaaabb (c) Which of the strings from (b) are accepted by M? (d) Describe formally L(M) as L(M)= = {w: ????}, where ??? is some necessary and sufficient condition that w must satisfy in order to be in L(M). Let M = < Q, E, 8, 90, F> be the DFA defined as follows: = {a,b}, Q = {q0, 91, 92, 93}, F = {q3}. The transition function d is given by this table: dla b ---|---|--- q0q1 q0 q1 q2 lq0 92192 193 93192 193 where 'd' in the table is 8. (a) Draw the transition diagram for M. (b) Trace the computations of M for the strings w defined below by computing 8* (q0, w), when w is: (1) abaa (2) aaaabb (c) Which of the strings from (b) are accepted by M? (d) Describe formally L(M) as L(M)= = {w: ????}, where ??? is some necessary and sufficient condition that w must satisfy in order to be in L(M).

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We are provided with a DFA Deterministic Finite Automaton M with states Q q0 q1 q2 q3 alphabet a b a start state q0 a set of accept states F q3 and a ... View the full answer