question archive A finite automaton consists of a set of states, which we shall take to be the integers 1

A finite automaton consists of a set of states, which we shall take to be the integers 1

Subject:Computer SciencePrice: Bought3

A finite automaton consists of a set of states, which we shall take to be

the integers 1..n and a table transitions[state, input] giving a next state

for each state and each input character. For our purposes, we shall

assume that the input is always either 0 or 1. Further, certain of the states

are designated accepting states. For our purposes, we shall assume that

all and only the even numbered states are accepting. Two states p and q

are equivalent if either they are the same state, or (i) they are both

accepting or both nonaccepting, (ii) on input 0 they transfer to

equivalent states, and (iii) on input 1 they transfer to equivalent states.

Intuitively, equivalent states behave the same on all sequences of inputs;

either both or neither lead to accepting states. Code a program using the

MFSET operations that computes the sets of equivalent states of a given

finite automaton.

pur-new-sol

Purchase A New Answer

Custom new solution created by our subject matter experts

GET A QUOTE