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ACM National Meeting (Pittsburgh)
1952
1952
1952
Keyphrases
Publications
1952
Proceedings of the 1952 ACM national meeting (Pittsburgh), ACM 1952, Pittsburgh, Pennsylvania, USA, May 2, 1952
ACM National Meeting (Pittsburgh)
(1952)
Robert L. Ashenhurst
The application of counting techniques.
ACM National Meeting (Pittsburgh)
(1952)
John W. Carr III
Progress of the whirlwind computer towards an automatic programming procedure.
ACM National Meeting (Pittsburgh)
(1952)
Grace Murray Hopper
The education of a computer.
ACM National Meeting (Pittsburgh)
(1952)
F. A. Schwertz
,
B. Moffat
,
Byron O. Marshall Jr.
Nonlinear switching elements.
ACM National Meeting (Pittsburgh)
(1952)
Edwin L. Harder
Some engineering problems requiring automatic computation.
ACM National Meeting (Pittsburgh)
(1952)
Warren S. McCulloch
An upper bound on the informational capacity of a synapse.
ACM National Meeting (Pittsburgh)
(1952)
Albert Auerbach
The Elecom 100 general purpose computer.
ACM National Meeting (Pittsburgh)
(1952)
Theodore Singer
The theory of counting techniques.
ACM National Meeting (Pittsburgh)
(1952)
Bernard M. Gordon
,
Renato N. Nicola
Special-purpose digital data-processing computers.
ACM National Meeting (Pittsburgh)
(1952)
Edmund C. Berkeley
Small-scale research and automatic computing machinery.
ACM National Meeting (Pittsburgh)
(1952)
Denis L. Johnston
Standardised printed circuit units for digital computers.
ACM National Meeting (Pittsburgh)
(1952)
Isaac L. Auerbach
A static magnetic memory system for the ENIAC.
ACM National Meeting (Pittsburgh)
(1952)
John Lindsmith
A system for counting and recording electrical impulses in printed decimal form.
ACM National Meeting (Pittsburgh)
(1952)
Franz L. Alt
Boundary value problems for multiply connected domains.
ACM National Meeting (Pittsburgh)
(1952)
Edward W. Veitch
A chart method for simplifying truth functions.
ACM National Meeting (Pittsburgh)
(1952)
Norman B. Saunders
Magnetic binaries in the logical design of information handling machines.
ACM National Meeting (Pittsburgh)
(1952)
Morton M. Astrahan
,
Nathaniel Rochester
The logical organization of the new IBM scientific calculator.
ACM National Meeting (Pittsburgh)
(1952)
Warren L. Semon
Characteristic numbers and their use in the decomposition of switching functions.
ACM National Meeting (Pittsburgh)
(1952)
Norm Hardy
The selenium rectifier: a non-linear and assymetric resistance element.
ACM National Meeting (Pittsburgh)
(1952)
Peter F. Strong
Rectifiers as elements of switching circuits.
ACM National Meeting (Pittsburgh)
(1952)
George C. Chase
History of mechanical computing machinery.
ACM National Meeting (Pittsburgh)
(1952)
H. Rubinstein
,
J. D. Rutledge
High order matrix computations on the UNIVAC.
ACM National Meeting (Pittsburgh)
(1952)
David J. Wheeler
The use of sub-routines in programmes.
ACM National Meeting (Pittsburgh)
(1952)
Abraham Charnes
,
Carlton E. Lemke
Computational problems of linear programing.
ACM National Meeting (Pittsburgh)
(1952)
Byron O. Marshall Jr.
,
F. A. Schwertz
,
B. Moffat
Optical elements for computers.
ACM National Meeting (Pittsburgh)
(1952)
T. F. Rogers
,
W. A. Andersen
Some recent research on ultrasonic propagation in solid media.
ACM National Meeting (Pittsburgh)
(1952)
Robert V. D. Campbell
Evolution of automatic computation.
ACM National Meeting (Pittsburgh)
(1952)
Roselyn S. Lipkis
The use subroutines on SWAC.
ACM National Meeting (Pittsburgh)
(1952)
Charles W. Adams
Small problems on large computers.
ACM National Meeting (Pittsburgh)
(1952)
Stefan Bergman
The solution of boundary value problems by the method of the kernel function.
ACM National Meeting (Pittsburgh)
(1952)
An Wang
Static magnetic memory: its applications to computers and controlling systems.
ACM National Meeting (Pittsburgh)
(1952)
William H. Burkhart
A method for synthesis of two-valued feedback circuits.
ACM National Meeting (Pittsburgh)
(1952)
W. G. Tuller
Use of computing machinery in applications of information theory.
ACM National Meeting (Pittsburgh)
(1952)
Alex Orden
Solution of systems of linear inequalities on a digital computer.
ACM National Meeting (Pittsburgh)
(1952)
Harry L. Reed Jr.
Firing table computations on the Eniac.
ACM National Meeting (Pittsburgh)
(1952)
William H. Burkhart
Theorem minimization.
ACM National Meeting (Pittsburgh)
(1952)
Richard A. Wallace
The maze solving computer.
ACM National Meeting (Pittsburgh)
(1952)
Joseph H. Levin
Construction and use of subroutines for the SEAC.
ACM National Meeting (Pittsburgh)
(1952)
A. E. De Barr
,
R. Millership
,
P. F. Dorey
,
R. C. Robbins
,
P. D. Atkinson
Digital storage using ferromagnetic materials.
ACM National Meeting (Pittsburgh)
(1952)
Theodore A. Kalin
Formal logic and switching circuits.
ACM National Meeting (Pittsburgh)
(1952)
Myron J. Mendelson
The Quadratic Arc Computer.
ACM National Meeting (Pittsburgh)
(1952)