Turing machine: A Turing Machine denotes a mathematical computation model that defines abstract machine. It manipulates symbols on tape strip based on table of rules. It can operate on an infinite memory tape that is divided into discrete cells. It has a head pointer that points to cell currently being read and it can move in both directions. It can be expressed as a 7-tuple that includes (Q, T, B, ∑, δ ,q0, B, F) , the details are shown below: The symbol “Q” denotes a finite set of states. The symbol “T” denotes tape alphabet. The symbol “B” denotes a blank symbol. The symbol “∑” denotes an input alphabet. The symbol “δ” denotes a transition function. The symbol “q0” denotes an initial state in the machine. The symbol “F” denotes a set of final states. The time complexity denotes measure of count of times tap moves when machine is initialized for some input symbols.

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Chapter 12, Problem 15CRP

Program Plan Intro

Turing machine:

A Turing Machine denotes a mathematical computation model that defines abstract machine.

It manipulates symbols on tape strip based on table of rules.

It can operate on an infinite memory tape that is divided into discrete cells.

It has a head pointer that points to cell currently being read and it can move in both directions.

It can be expressed as a 7-tuple that includes (Q, T, B, ∑, δ ,q0, B, F) , the details are shown below:

The symbol “Q” denotes a finite set of states.

The symbol “T” denotes tape alphabet.

The symbol “B” denotes a blank symbol.

The symbol “∑” denotes an input alphabet.

The symbol “δ” denotes a transition function.

The symbol “q0” denotes an initial state in the machine.

The symbol “F” denotes a set of final states.

The time complexity denotes measure of count of times tap moves when machine is initialized for some input symbols.

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