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Consider the following recursive definition. Acker(m, n) = n+1, if m = 0; Acker(m, n) = Acker(m - 1, 1), if n = 0;
Consider the following recursive definition. Acker(m, n) = n+1, if m = 0; Acker(m, n) = Acker(m - 1, 1), if n = 0; Acker(m, n) = Acker(m - 1, Acker(m, n - 1)), otherwise. This function, called Akermann's function, is of interest be- cause it grows rapidly with respect to the sizes of m and n. Write a program to find Acker(1, 2). Can you find Acker(1, 2) without using computer?
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Computer Organization and Design The Hardware Software Interface
Authors: David A. Patterson, John L. Hennessy
5th edition
124077269, 978-0124077263
