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Give a formal description for the Turing machine of the previous question. You may use the...
Give the implementation-level description of a Turing machine that decides the following language over the alphabet a, b, c^. You are encouraged but not required to use a multi- tape and/or nondeterministic Turing Machine. Lan n s a positive integer )
Hello I have an automata question could you help me? [1Points] Give a formal description of a Turing Machine M that takes two parameters: an integer and an array of integers and decides whether the given integer is an element of the array or not. You can assume that all the integers are between 0 and 9. The input string will be written on the tape of the Turing machine. The first square of the tape contains the integer, the...
Give an informal description of a deterministic Turing machine for the language L = {w ∈ {0, 1}* | w is not of the form (01)^n (10)^n for n ≥ 0}.
1. (25 points) Turing Machine Design: Design a Turing machine Mi that operates on inputs that are strings in 10, 1). Design Mi so that it recognizes the following language: fw E (0.1)l w ends in 10 or 111) a. Provide a high-level English prose description for the actions of Mi b. Provide an implementation-level description of M. c. List the parts of the formal 7-tuple for M d. Draw a detailed pictorial state diagram for M1 e. List the...
Introduce a Turing machine to decide the languages to follow. You must Algorithmic description, but with a sufficient level of detail. You can use the variants of the original model of the Turing machine. {w w^R w | where w is a word formed by 0's and 1's} {w ∈ {a, b}∗| w is a palindrome and has the same number of a's and b's}. Please describe which variant of Turing whether it is with a tape or multi tape....
(a) Give a high level description of a single-tape deterministic Turing machine that decides the language L = {w#x#y | w ∈ {0, 1} ∗ , x ∈ {0, 1} ∗ , y ∈ {0, 1} ∗ , and |w| > |x| > |y|}, where the input alphabet is Σ = {0, 1}. (b) What is the running time (order notation) of your Turing machine? Justify your answer.
7. (Exercise 8.5.1) Simulating a Turing machine. Here is a description of a Turing machine. The input alphabet is {a, b}. The state set is: {90, 91, 92, 93, 94, qacc, Cre; } The transition function is given in the table below: 90 9 42 93 94 a (qı, a, R) (qı, a, R) (q2, a, R) (qace, a, R) (qej, a, R) b (q2, b, R) (qı, b, R) (qı, b, R) (qrej, b, R) (qace, b, R) **...
40 points) Please design a Turing machine T to recognize the union of the languages of two Turing machines Mi and M2. That is, T accepts an input string w, if and only if either Mi or M2 or both accept string w. Please describe the high-level idea (or algorithm) of your Turing machine T. You do not need to draw the low-level state transition diagram of your Turing machine. Note that the difficulty is that Mi or M2 may...
State diagrams for Turing Machines. Suppose you are given a string w ∈ {a, b}* placed on a Turing Machine tape. Give the state diagram for the Turing Machine recognizing language: L = {w#w##w|w ∈ {a, b}*}.
Give the state diagram of a Turing machine that accepts the following language over S = {0,1}: {0m1n: m > n ≥ 0}