Algorithm 5
Algorithm 5
复制标题
DOI:
10.1145/367177.367229
复制
发表时间:
1960-04
影响因子:
22.7
通讯作者:
Dorothea S. Clarke
中科院分区:
文献类型:
--
作者:
Dorothea S. Clarke
a more sophisticated tnethod of generating test data would be useful in a number of instances. Extension to a FOWt':aAN type language also appears to be possible, but this would probably require the transfer of a substarttial amount of information from the compiler to the control system. However, even the proposed system allows the eomput;er to iake a /a:rge~, t more active part in th.e diagnostic task, a~d A clcnowledgme~ ts A number of the details of the diagnostic card formats ar~, L~: result of discussio.ns with members o[ the progran~n)i~,~ ~r ~ { responsib!e for the t?KMAD system. { Algorithms Contributions to this department must be in the form stated in the Algorithms I)epartment Policy St~tement 1). C. Algorithms should be in tile Publication form of ALGOL and written in a style patterned after the mosb recent algorithms appearing in this department. Although each algorithm has been tested by its contributor, no warranty, express or implied, is made by the contributor , the editor, or the Association for Computing Machinery as to the accuracy and functioning of the algorithm and related algorithm materiM and no responsibility is a, ssumed by the, contributor, the editor, or th<~ Association for Computing Machinery in connection therewith. The reproduction of algorithms appearing in this department is explicitly permitted without any charge. When reproduction is for publication t)urposes, reference must be made to the algorithm ~mthor and to the Co,n-munications issue bearing the algorithm. comment Compute the Bessel function I~ (X) when n and X are within the t)ounds of the series expansion. The preeedure calling statement gives n, X and an absolute tolerance 5 for determining the point at which the terms of the summt~tion become insignificant. Special c'tse : I0(0) = 1 ; procedure comment Compute the Bessel Function I,(X) when n and X are within the bounds of the asymptotic expansion. The procedure calling statement gives n, X and an absolute tolerance ~ for determining the point at 240 Communications of the ACM :~#, t which the terms of the Stlnu~a.