ACM National Meeting (Toronto)

Keyphrases

Publications

1952

Proceedings of the 1952 ACM national meeting (Toronto), ACM 1952, Toronto, Ontario, Canada ACM National Meeting (Toronto) (1952)
Joseph Henry Wegstein
A numerical solution of the helium wave equation with the SEAC. ACM National Meeting (Toronto) (1952)
Mark Lotkin, R. Remage
Matrix inversion by partitioning. ACM National Meeting (Toronto) (1952)
Earl J. Isaac
Machine aids to coding. ACM National Meeting (Toronto) (1952)
Lars Löfgren
An electronic analogue machine for computing equations of degrees through the roots of algebraic the eighth. ACM National Meeting (Toronto) (1952)
Christopher S. Strachey
Logical or non-mathematical programmes. ACM National Meeting (Toronto) (1952)
Edward F. Moore
A simplified universal Turing machine. ACM National Meeting (Toronto) (1952)
Edgar F. Codd, Harlan L. Herrick
Input scaling and output scaling a binary calculator. ACM National Meeting (Toronto) (1952)
Daniel Teichroew
Use of continued fractions in high-speed computing. ACM National Meeting (Toronto) (1952)
William S. Elliott
Development of computer components and systems. ACM National Meeting (Toronto) (1952)
Maurice V. Wilkes
Pure and applied programming. ACM National Meeting (Toronto) (1952)
Philip Rabinowitz
The use of sub-routines on SEAC for numerical integrations of differential equations and for gaussian quadrature. ACM National Meeting (Toronto) (1952)
J. C. Chu, Rudolph J. Klein
Williams tubes selection program. ACM National Meeting (Toronto) (1952)
J. M. Bennett, D. G. Prinz, M. L. Woods
Interpretative sub-routines. ACM National Meeting (Toronto) (1952)
J. R. Anderson
Ferro electric-materials as storage elements for digital computers and switching systems. ACM National Meeting (Toronto) (1952)
Clay L. Perry
The logical design of the Oak Ridge digital computer. ACM National Meeting (Toronto) (1952)
Irving S. Reed
Symbolic synthesis of digital computers. ACM National Meeting (Toronto) (1952)
J. C. Chu
The Oak Ridge Automatic Computer. ACM National Meeting (Toronto) (1952)
Bernard M. Gordon, Renato N. Nicola
A high speed magnetic-core output printer. ACM National Meeting (Toronto) (1952)
Gerald Estrin
A description of the electronic computer at the institute for advanced studies. ACM National Meeting (Toronto) (1952)
L. R. Johnson
Installation of a large electronic computer. ACM National Meeting (Toronto) (1952)
Howard B. Demuth, John B. Jackson, Edmund F. Klein, Nick Metropolis, Walter Orvedahl, James H. Richardson
MANIAC. ACM National Meeting (Toronto) (1952)
R. Schumann
Improvement of williams memory reliability. ACM National Meeting (Toronto) (1952)
Daniel W. Ladd Jr., John W. Sheldon
The numerical solution of a partial differential equation on the IBM type 701 electronic data processing machines. ACM National Meeting (Toronto) (1952)
L. C. Robbins
An analysis by arithmetical methods of a calculating network with feedback. ACM National Meeting (Toronto) (1952)
A. S. Houscholder
Errors in iterative solutions of linear systems. ACM National Meeting (Toronto) (1952)
Simple learning by a digital computer. ACM National Meeting (Toronto) (1952)
Ira C. Diehm
Computer aids to code checking. ACM National Meeting (Toronto) (1952)
Willis E. Dobbins
Designing a low cost general purpose computer. ACM National Meeting (Toronto) (1952)
Anatol W. Holt
An experimental rapid access memory using diodes and capacitors. ACM National Meeting (Toronto) (1952)
Homer W. Spence
Operating efficiencies and characteristics of the computing machines at aberdeen proving ground. ACM National Meeting (Toronto) (1952)
R. F. Johnston
The University Of Toronto Model Electronic Computer. ACM National Meeting (Toronto) (1952)
Cornelius Lanczos
Chebyshev polynomials in the solution of large-scale linear systems. ACM National Meeting (Toronto) (1952)
Richard K. Ridgway
Compiling routines. ACM National Meeting (Toronto) (1952)
A. Robinson
The testing of cathode ray tubes for use in the Williams type storage system. ACM National Meeting (Toronto) (1952)