default search action
IRE-AIEE-ACM Computer Conference (Western) 1959: San Francisco, CA, USA
- R. R. Johnson:
Papers presented at the the 1959 western joint computer conference, IRE-AIEE-ACM 1959 (Western), San Francisco, California, USA, March 3-5, 1959. ACM 1959, ISBN 978-1-4503-7865-9 - Darwin E. Ellett:
New horizons in systems. 8-14 - David G. Hammel, Walter L. Morgan, Robert D. Sidnam:
A multiload transfluxor memory. 14-21 - David R. Bennion, Hewitt D. Crane:
Design and analysis of MAD transfer circuitry. 21-36 - Duncan H. Looney:
A twistor matrix memory for semipermanent information. 36-41 - J. J. DeBuske, J. Janik Jr., B. H. Simons:
A card changeable nondestructive readout twistor store. 41-46 - Edward P. Stabler:
Square-loop magnetic logic circuits. 47-54 - Ascher Opler, Norma Baird:
Relative merits of general and special purpose computers for information retrieval. 54-56 - B. Kessel, A. DeLucia:
A specialized library index search computer. 57-59 - Lauren B. Doyle:
Programmed interpretation of text as a basis for information-retrieval systems. 60-63 - Clinton M. Walker:
A theory of information retrieval. 63-65 - Robert F. Samson:
The role of USAF research and development in information retrieval and machine translation. 66-69 - Edwin S. Spiegelthal:
Computing educated guesses. 70-73 - N. Bishop, Arnold I. Dumey:
A memory of 314 million bits capacity with fast and direct access: its systems and economic considerations. 74-76 - A. R. Barton, Vernon L. Schatz, L. N. Caplan:
Information retrieval on a high-speed computer. 77-80 - Calvin N. Mooers:
The next twenty years in information retrieval: some goals and predictions. 81-86 - Ernest G. Newman, L. O. Nippe:
Simulation of an information channel on the IBM 704 computer. 87-92 - Marvin L. Stein, Jack Rose, Donn B. Parker:
A compiler with an analog-oriented input language. 92-102 - Thomas C. Bartee:
Automatic design of logical networks. 103-107 - Rudolf E. Kálmán, R. W. Koepcke:
The role of digital computers in the dynamic optimization of chemical reactions. 107-116 - Willard G. Bouricius, J. M. Keller:
Simulation of human problem-solving. 116-119 - Louis Fein:
The role of the university in computers, data processing, and related fields. 119-126 - H. Bromberg, T. M. Hurewitz, K. Kozarsky:
The RCA 501 assembly system. 127-131 - Lois M. Haibt:
A program to draw multilevel flow charts. 131-137 - Richard F. Arnold:
A compiler capable of learning. 137-143 - William V. Crowley:
Special-purpose, electronic data systems: the solution to industrial and commercial automation. 143-146 - Harvey L. Garner:
The residue number system. 146-153 - A. J. Strassman, L. H. Kurkjian:
System evaluation and instrumentation for military special-purpose digital computer systems. 153-158 - Richard H. Doyle, Robert A. Meyer, Ronald P. Pedowitz:
Automatic failure recovery in a digital data-processing system. 159-168 - Edward E. David Jr., Max V. Mathews, Henry S. McDonald:
A high-speed data translator for computer simulation of speech and television devices. 169-172 - Howard Campaigne:
Some experiments in machine learning. 173-175 - Clyde C. Heasly Jr.:
Some communication aspects of character-sensing systems. 176-180 - Peter H. Greene:
An approach to computers that perceive, learn, and reason. 181-186 - A. B. Crawford:
Automatic data processing in the tactical field army. 187-189 - William F. Luebbert:
Data transmission equipment concepts for FIELDATA. 189-196 - W. J. Milan-Kamski:
A high-accuracy, real-time digital computer for use in continuous control systems. 197-201 - J. Stroud, John McLeod:
The man-computer team in a space ecology. 202-203 - C. Eckel, D. Flechtner:
The RCA 501 high-speed printers: the story of a product design. 204-207 - Edward L. Braun:
A digital computer for industrial process analysis and control. 207-211 - F. W. Bauer, Paul D. King:
The Burroughs 220 high-speed printer system. 212-217 - Richard I. Tanaka:
The ACRE computer: a digital computer for a missile checkout system. 217-221 - Jerome Svigals:
IBM 7070 data processing system. 222-231 - George J. Fleming:
An organizational approach to the development of an integrated data-processing plan. 231-234 - Norman J. Ream:
Developing a long-range plan for corporate methods and the dependence on electronic data processing. 234-240 - Gomer H. Redmond:
A general approach to planning for management use of EDPM equipment. 240-244 - L. N. Caplan, Vernon L. Schatz:
Dynamic production scheduling of job-shop operations on the IBM 704 data-processing equipment. 244-248 - George E. Forsythe:
Numerical methods for high-speed computers: a survey. 249-254 - Richard E. von Holdt:
More accurate linear least squares. 255-256 - Jack E. Volder:
The CORDIC computing technique. 257-261 - W. W. Wood, J. D. Jacobson:
Monte Carlo calculations in statistical mechanics. 261-269 - Wally Ito:
Real-time digital analysis and error-compensating techniques. 269-271 - M. Chirico, B. Klein, A. Owens:
Automatic digital matric structural analysis. 272-276 - W. D. Rowe:
A new approach to high-speed logic. 277-283 - Robert Cochran:
Information retrieval study. 283-285 - W. F. Whitmore:
Communication across language barriers. 286-287 - Eugene C. Gluesing:
Symbolic language translation. 288-291 - Wilbur H. Highleyman, Louis A. Kamentsky:
A generalized scanner for pattern- and character-recognition studies. 291-294 - Rene De La Briandais:
File searching using variable length keys. 295-298 - A. Frederick Rosene:
Program design to achieve maximum utilization in a real-time computing system. 299-304 - Louis A. Kamentsky:
Pattern and character recognition systems: picture processing by nets of neuron-like elements. 304-309 - F. B. Wood:
The social responsibility of engineers and scientists. 310-313 - Louis L. Sutro:
Emergency simulation of the duties of the President of the United States. 314-323 - Jerome Rothstein:
Can computers help solve society's problems? 323-326 - Richard L. Meier:
The measurement of social change. 327-331 - Michael S. Shumate:
Simulation of sampled-data systems using analog-to-digital converters. 331-338 - L. J. Kamm, P. C. Sherertz, L. E. Steffen:
FOXY 2: a transistorized analog memory for functions of two variables. 338-340 - John V. Reihing Jr.:
A time-sharing analog computer. 341-349 - Guenther Hintze:
Computers: the answer to real-time flight analysis. 350-357 - John O. Paivinen:
Industry's role in supporting high-school science programs. 358-360
manage site settings
To protect your privacy, all features that rely on external API calls from your browser are turned off by default. You need to opt-in for them to become active. All settings here will be stored as cookies with your web browser. For more information see our F.A.Q.