six attributes A, B, C, unctional CR→DADFC-

Given the formal definition of the finite state machine (FSM):M1= { {A, B}, {a,b}, { ((A,a),A), ((A,b),A), ((A,b),B), ((B,a),C) } , A, {C} }·        Convert M1 from a non-deterministic FSM into a deterministic FSM.Draw them both (non-deterministic and deterministic FSMs in STD) and write the State Transition Table and the formal definition of the deterministic FSM.

1. Given the state-transition graph (Kripke Structure) below, which of these properties hold? • (AX f1)(s0) • (EG f2)(s2) • A [b1 U f1] (s3) • AG (b1 = AF f1) AG (f1 V f2)

answer both please

A b→R D a → à, R b→ R → R à → R B a → R b→ R Accept b→ b, L b→ L a → L

Do you have any idea which problems are the hardest to fix?What potential benefits does an enterprise data model provide for Mercy? How crucial is it for Mercy's big data initiative to develop a well thought-out model that defines the company's data requirements and top priorities?

For the following problem

1. Write the ô function for the following transition graphs (1) dfa (δοΕ: QxΣ Q) a 91 92 (2) nfa (5NF4 : Qx (EU{2})→ P(Q)) www a, b a 92

Determine if the following relationship is reflexive, symmetric, antisymmetric, or transitive (or some combination of them).R(A,B) then A + B is even.

Let A = ({4o; 41, 2}; {0, 1}, 8, 9o: {41}) be an e-NFA given by the state diagram: €,0 92 (a) Construct the transition table for A (b) Compute the following e-closures. i. eclose(qo) ii. eclose(q1) iii. eclose({41, 42}) (c) Determine whether 110 is in L(A).