Affiliation:
1. Bell Telephone Laboratories, Murray Hill, N. J.
Abstract
J. A. Campbell [1] has proposed the computation of his Y
2n
polynomials as a challenging problem for symbolic algebra systems. These polynomials are defined by a recurrence formula involving summations over two and four indices, and a special differentiation rule. Since the number of terms in Y
2n
grows almost exponentially, large amounts of time and memory are required for large values of n.
Publisher
Association for Computing Machinery (ACM)
Reference6 articles.
1. J. A. Campbell Problem 2 - The Y2n Functions SIGSAM Bulletin No. 22 pages 8--9 (April 1972). 10.1145/1086789.1086790 J. A. Campbell Problem 2 - The Y2n Functions SIGSAM Bulletin No. 22 pages 8--9 (April 1972). 10.1145/1086789.1086790
2. W. S. Brown ALTRAN User's Manual Bell Telephone Laboratories Murray Hill New Jersey 1971. Second Edition 1972. W. S. Brown ALTRAN User's Manual Bell Telephone Laboratories Murray Hill New Jersey 1971. Second Edition 1972.
3. A. D. Hall ALTRAN Installation and Maintenance Bell Telephone Laboratories Murry Hill New Jersey 1971. Second Edition 1972. A. D. Hall ALTRAN Installation and Maintenance Bell Telephone Laboratories Murry Hill New Jersey 1971. Second Edition 1972.
4. M. Abramowitz and I. A. Stegun (eds.) Handbook of Mathematical Functions National bureau of Standards 1956. M. Abramowitz and I. A. Stegun (eds.) Handbook of Mathematical Functions National bureau of Standards 1956.
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4 articles.
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