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An approach to the use of computers in actuarial work

Published online by Cambridge University Press:  20 April 2012

Extract

Electronic computers have been available commercially for about 20 years. Actuarial interest was soon shown, but although a number of papers have appeared over the years there has been little recent discussion of how computers can best serve the profession.

Many actuaries have little computing experience. To them it may appear a daunting task to learn to use a computer, because many instruction manuals seem, at first sight, extensive and complex. Our principal aim is to demonstrate to them that given suitable permanent facilities it is quite easy to use a computer for actuarial calculations, however complex these may be. We suggest that the complexity of most existing actuarial programming systems is unnecessary, and may have impeded the understanding of the computer's potential by actuaries.

Type
Research Article
Copyright
Copyright © Institute and Faculty of Actuaries 1974

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References

(1) Adam, J., Boehm, C., and others. Proposals for an International Publication Language. 19th International Congress of Actuaries, Oslo, 24 June 1972.Google Scholar
(2) Atkins, F. R. and Williams, A. J. Computers and the Actuarial Profession. Presented to the Institute of Actuaries Students' Society, 12 November 1971.Google Scholar
(3) Baker, A. C. Ordinary life office organisation using a large-scale electronic computer. J.I.A., 1955, 81, 203.Google Scholar
(4) Barnard, W. T. L. Some changes in actuarial methods arising from the use of a small computer in a medium-sized office. J.I.A., 1965, 91, 108.Google Scholar
(5) Benjamin, S. Putting computers on to actuarial work. J.I.A., 1966, 92, 134.Google Scholar
(6) Benjamin, S. A language for routine actuarial programming. Transactions of the 18th International Congress of Actuaries, 1968, II, 771.Google Scholar
(7) Boehm, C. and Reichel, G., with others. Suggestions for an international actuarial publication language and its representation in computer compatible form. Transactions of the 18th International Congress of Actuaries, 1968, II, 815 (original in German).Google Scholar
(8) Boehm, C. and Reichel, G., with others. Proposals for an international actuarial publication language and its representation in computer compatible form. T.F.A., 1970 32, 42. (English translation of (7).)Google Scholar
(9) Jecks, R. G. Administration of group life and pensions business by computer. J.I.A., 1962, 88, 133.Google Scholar
(10) Kunz, P. Aktuariat programming language. Transactions of the 18th International Congress of Actuaries, 1968, II, 931.Google Scholar
(11) Michaelson, R. L. Large-scale electronic digital computing machines. J.I.A., 1953, 79, 274.Google Scholar
(12) Robertson, E. S. and Wilkie, A. D. Actuarial programming methods. T.F.A., 1969, 31, 121.Google Scholar
(13) Turvey, P. J. Some proposals for a revision of the international actuarial notation. Presented to the Institute of Actuaries Students' Society, 24 March 1972.Google Scholar
(14) Whittaker, G. A computer approach to ordinary life assurance policy valuation-a new look at concepts. J.S.S., 1971, 19, 169.Google Scholar
(15) Institute of Actuaries of Australia and New Zealand. Actuarial Notation. Submitted to the Institute October 1971 Convention.Google Scholar
(16) Statistical Computing 1970—a set of five papers. J.R.S.S., Series C, 1971, 20, 25.Google Scholar
(17) Computers in the Teaching of Statistics. J.R.S.S., Series A, 1973, 136, 153.Google Scholar