152 | -- | 158 | W. Barkley Fritz. Selected definitions |
161 | -- | 162 | Henry E. Fettis. Algorithm 163: modified Hankel function |
161 | -- | 0 | M. L. Wolfson, H. V. Wright. Algorithm 160: combinatorial of M things taken N at a time |
161 | -- | 0 | Fred G. Stockton. Algorithm 162: XYmove plotting |
161 | -- | 0 | H. V. Wright, M. L. Wolfson. Algorithm 161: combinatorial of M things taken one at a time, two at a time, up to N at a time |
162 | -- | 163 | R. E. Clark, Robert N. Kubik, L. P. Phillips. Algorithm 164: orthogonal polynomial least squares surface fit |
163 | -- | 164 | Henry C. Thacher Jr.. Algorithm 165: complete elliptic integrals |
164 | -- | 165 | William Kahan, I. Farkas. Algorithm 167: calculation of confluent divided differences |
164 | -- | 0 | Robert D. Rodman. Algorithm 166: MonteCarlo |
165 | -- | 0 | William Kahan, I. Farkas. Algorithm 168: Newton interpolation with backward divided differences |
165 | -- | 0 | William Kahan, I. Farkas. Algorithm 169: Newton interpolation with forward divided differences |
165 | -- | 166 | Paul E. Hennion. Algorithm 170: reduction of a matrix containing polynomial elements |
166 | -- | 167 | Henry C. Thacher Jr.. Certification of algorithm 55: complete elliptic integral of the first kind |
166 | -- | 167 | Henry C. Thacher Jr.. Certification of algorithm 149: complete elliptic integral |
167 | -- | 0 | Reind P. van de Riet. Certification of algorithm 73: incomplete elliptic integrals |
167 | -- | 168 | William M. McKeeman. Certification of algorithm 145: adaptive numerical integration by Simpson s rule |
167 | -- | 0 | Jesse H. Poore Jr.. Certification of algorithm 133: random |
168 | -- | 0 | Dmitri Thoro. Certification of algorithm 148: term of magic square |
168 | -- | 0 | Henry C. Thacher Jr.. Certification of algorithm 147: PSIF |
168 | -- | 0 | J. N. R. Barnecut. Certification of algorithm 148: term of magic square |
169 | -- | 171 | Miriam G. Shoffner, Peter J. Brown. A suggested method of making fuller use of strings in ALGOL 60 |
172 | -- | 175 | Brian Gluss. Least squares fitting of planes to surfaces using dynamic programming |