hw5sol

# hw5sol - CSE 105 Introduction to the Theory of Comptuation...

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Unformatted text preview: CSE 105: Introduction to the Theory of Comptuation Fall 2010 Problem Set 5 Instructor: Daniele Micciancio Due on: Wed. Nov 10, 2010 Problem 1 Let BIGGER be the set of all strings over the alphabet { , 1 ,> } of the form x > y , where x and y are binary numbers such that x is bigger than y . The following deterministic Turing machine decides the language BIGGER (where the empty string is interpreted as a representation of the number 0): This is just possible solution. The problem can be solved in many different ways. Problem 2 The textbook defines Turing machines as finite state automata with a read/write tape that extends indef- initely to the right. If the Turing machine attempts to move beyond the left hand boundary of the tape, the tape head simply stays in its current position. JFLAP allows a seemingly more powerful type of Turing machine, whose tape in unbounded both to the left and to the right, and if the machine attepts to move beyond the left margin, a new blank cell is created to allow moving left. In this problem you are asked tobeyond the left margin, a new blank cell is created to allow moving left....
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• Fall '99
• Paturi
• Random access machine, Transition function, universal Turing machine, extended Turing machine, Theory of Comptuation

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hw5sol - CSE 105 Introduction to the Theory of Comptuation...

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