Charles T. Casale, C. R. Burgess, Fred Gruenberger
Page 0.09
Pages 519-521
Pages 522-527
Fifteen months ago the first version of an “automatic grader” was tried with a group of twenty students taking a formal course in programming. The first group of twenty programs took only five minutes on the computer (an IBM
…
Jack Hollingsworth
Pages 528-529
Julius Lieblein
Page 536
Peter Wegner [1] describes a short 704 SAP program that is faster than the standard technique. The expected number of loops—of five instructions each—for a word half of whose bits are ones, is 18 in this program.
P. M. Sherman
Page 538
In the past two years or so I have seen a number of papers and heard a number of talks describing the characteristics of (and the wonders inherent in) certain computers like Gamma 60, LARC, H-800, STRETCH, and others. Of course …
Lynn D. Yarbrough
Page 539
S. Peavy
Page 540
Richard R. Kenyon
Page 540
George E. Forsythe
Page 540
Integer numbers can be expressed in English by a series of words such as “one hundred thirty three million two hundred four.” The process indicated by the accompanying flowchart evaluates numbers represented by such a string. …
Charles J. Swift
Page 541
Peter Z. Ingerman
Pages 542-543
Present communications systems transmit single characters in groups of coded pulses between simple terminal equipments. Since English words form only a sparse set of all possible alphabetic combinations, present methods are inefficient …
R. W. Bemer
Pages 530-536
