4 
have to start off with the assumption that the basic cost would 
be $14,000 per month, and there would be a certain period of 
education involved while the public learned to use the machines, 
during which time it would be almost impossible to charge enough 
for each contact to begin to pay off the set costs.--JAP 
COMPUTER USE BY RUSSIAN BIOLOGISTS 
The following series of papers appeared in the 1969 volume of 
"Materialy rybokhoziaistvennykh issledovanii severnogo basseina." I haven't 
the vaguest clue as to their content or significance. If anyone is interested 
enough to have a translation done, he should notify MUDPIE, so the translation 
could be available to others. --JAP 
Pischaskin, Yu. A. Mechanization of calculating operations applying for 
biological investigations with the help of the punching equipment, 
pp. 3-13. 
Tretyak, V. L. The use of the electronic-digital computer "Mir" for oceano¬ 
graphic investigations, pp. 14-42. 
Podymakhin, V. N., I. L. Rybakov. An analysis of complex gamma-spectra with 
the help of the electronic-digital computer "Mir." pp. 43-48. 
Guzenkova, I. R. Processing of ichthyological data by methods of the 
mathematical statistics (the 0-group haddock is taken as an example^, 
pp. 49-75. 
Ostrovskaya, L. A. Improvement of planning the production line of fishery 
enterprises while using the electronic computers. pp. 76-123. 
Andrianov, I. A. The using of an integral linear programming for the fishery 
industry. pp. 124-135. 
Shabanova, E. V. The using of a method of a parametric linear programming 
for the optimization of plans of fish-processing plants on shore. 
pp. 136-? 
RECENT LITERATURE 
Allen, Ruth. An annotated bibliography of biomedical computer applications. 
National Library of Medicine, no date, pp. 1-216. 
Bellman, R. E., K. L. Cooke, and J. A. Lockett. Algorithms Graphs and 
Computers. Academic Press, 1970, pp. xv + 246. 
