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ORCIDAIEE-IRE Computer Conference (Western) 1956: San Francisco, CA, USA
- Oliver Whitby:
Papers presented at the 1956 joint ACM-AIEE-IRE western computer conference, AIEE-IRE 1956 (Western), San Francisco, California, USA, February 7-9, 1956. ACM 1956, ISBN 978-1-4503-7858-1
Keynote address
- Norman H. Taylor:
Computers: from youth to manhood. 1-4
Programming and coding
- Douglas T. Ross:
Gestalt programming: a new concept in automatic programming. 5-10 - Mandalay Grems, Randall E. Porter:
A truly automatic computing system. 10-21 - H. D. Bennington, C. H. Gaudette:
Lincoln laboratory utility program system. 21 - Bruse Moncreiff:
An automatic supervisor for the IBM 702. 21-25
Auxiliary equipment
- Albert S. Hoagland:
Magnetic recording head design. 26-31 - Enoch B. Ferrell:
A terminal for data transmission over telephone circuits. 31-33 - Ben Ferber:
The use of the charactron with ERA 1103. 34-36 - Robert Brumbaugh:
A new tape handler for computer applications. 36-39
Machine design
- George Eisler:
Requirements for a rapid access data file. 39-42 - Trigg Noyes, Wesley E. Dickinson:
Engineering design of a magnetic-disk random-access memory. 42-44 - Robert W. Bemer:
Print I: a proposed system for the IBM type 705. 45-49 - Roy Goldfinger:
The IBM type 705 autocoder. 49-51 - Jules Mersel:
Program interrupt on the Univac scientific computer. 52-53
Systems
- John R. Lowe, J. P. Middlekauff:
A pulse-duration-modulated data-processing system. 53-57 - W. R. Arsenault:
A PDM converter. 57-61 - P. G. Pantazelos:
An improved multichannel drift-stabilization system. 62-64 - P. A. Hurney Jr.:
Combined analogue and digital computing techniques for the solution of differential equations. 64-68
Design, programming, and coding
- H. V. Meek:
An experimental monitoring routine for the IBM 705. 68-70 - Morton M. Astrahan, Bennett Housman, John F. Jacobs, Rollin P. Mayer, Walker H. Thomas:
The logical design of a digital computer for a large-scale real-time application. 70-75 - R. C. Gunderson:
Computer design to facilitate linear programming. 75-77 - B. L. Waddell:
Considerations in making a data-gathering system compatible. 77
Scientific application
- Fred Gruenberger, E. H. Coughran:
Using a variable-word-length computer for scientific calculation. 77-79 - L. Rosenfeld:
Unusual problems and their solutions by digital computer techniques. 79-82 - S. R. Cray, R. N. Kisch:
A progress report on computer applications in computer design. 82-85 - Ascher Opler:
A topological application of computing machines. 86-88
Applications
- H. M. Livingston, E. L. Lyons:
Applications of small digital computers in the aircraft industry. 89-91 - S. Y. Wong:
Traffic simulator with a digital computer. 92-94 - R. P. Daly:
Integrated data processing with the Univac file computer. 95-98 - J. Goldberg:
A fixed-program data processor for banking operations. 99-103
Circuits
- Arnold Weinberger, Jay L. Smith:
The logical design of a 1-microsecond parallel adder using 1-megacycle circuitry. 103-108 - Jan A. Rajchman, Arthur W. Lo:
The transfluxor. 109-118 - A. H. Sepahban:
Bilateral magnetic selection systems for large-scale computers. 118 - Theodore H. Bonn:
The megacycle ferractor. 118-119
RCA BIZMAC system
- W. K. Halstead, J. Wesley Leas, J. N. Marshall, E. E. Minett:
Purpose and application of the RCA BIZMAC system. 119-123 - A. D. Beard, W. K. Halstead, J. F. Page:
Functional organization of data in the RCA BIZMAC system. 124-125 - J. L. Owings:
The RCA BIZMAC system central. 126-132 - A. D. Beard, D. L. Nettleton, Lowell S. Bensky, Glen E. Poorte:
Characteristics of the RCA BIZMAC computer. 133-137 - Lowell S. Bensky, T. M. Hurewitz, R. A. C. Lane, Arthur S. Kranzley:
Programming a variable-word-length computer. 137-142
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