dblp: AFIPS Fall Joint Computing Conference 1965 (original) (raw)

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AFIPS Fall Joint Computing Conference 1965: Las Vegas, NV, USA - Part I

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  • Programming languages
  • Efficiency and management of computer installations
  • Applications of simulation
  • Cellular techniques for logic, memory and systems
  • On-line interactive software systems
  • Computers in the biological and social sciences
  • Scratchpad memories
  • Simulation of human behavior
  • Input/output equipment for closer man-machine interface
  • Hybrid computers for future systems
  • Memories for future computers

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• > Home > Conferences and Workshops > AFIPS Fall Joint Computing Conference

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    Robert W. Rector:
    Proceedings of the 1965 fall joint computer conference, part I, AFIPS 1965 (Fall, part I), Las Vegas, Nevada, USA, November 30 - December 1, 1965. ACM 1965, ISBN 978-1-4503-7885-7

Programming languages

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    Walter H. Burkhardt:
    Universal programming languages and processors: a brief survey and new concepts. 1-21
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    John J. Clancy, Mark S. Fineberg:
    Digital simulation languages: a critique and a guide. 23-36
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    Robert G. Tobey, Robert J. Bobrow, Stephen N. Zilles:
    Automatic simplification in FORMAC. 37-53
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    B. J. Karafin:
    The new block diagram compiler for simulation of sampled-data systems. 55-61
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    Melvin Klerer, Jack May:
    Two-dimensional programming. 63-75

Advances in computer organization

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    William C. McGee, Harold E. Petersen:
    Microprogram control for the experimental sciences. 77-91
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    Bruce E. Briley:
    Picoprogramming: a new approach to internal computer control. 93-98
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    Stanley P. Frankel, Jorge Hernandez:
    Precession patterns in a delay line memory. 99-104
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    R. H. Fuller, R. M. Bird:
    An associative parallel processor with application to picture processing. 105-116
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    D. N. Senzig, R. V. Smith:
    Computer organization for array processing. 117-128

Efficiency and management of computer installations

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    G. A. Garrett:
    Management problems of an aerospace computer center. 129-137
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    Burton G. Mendelson, Ralph V. Monaghan:
    The multidiscipline approach: a marketing application. 139-143
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    Malcolm H. Gotterer, Ashford W. Stalnaker:
    Organizational philosophy and the computer center. 145-151
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    Robert V. Head:
    Planning for generalized business systems. 153-159
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    George K. Hutchinson, John Norris Maguire:
    Computer systems design and analysis through simulation. 161-167
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    A. F. Moravec:
    Basic concepts for planning an electronic data processing system. 169-184

A new remote accessed man-machine system

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    Fernando J. Corbató, Victor A. Vyssotsky:
    Introduction and overview of the multics system. 185-196
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    Edward L. Glaser, John F. Couleur, G. A. Oliver:
    System design of a computer for time sharing applications. 197-202
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    Victor A. Vyssotsky, Fernando J. Corbató, Robert M. Graham:
    Structure of the multics supervisor. 203-212
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    Robert C. Daley, Peter G. Neumann:
    A general-purpose file system for secondary storage. 213-229
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    Joseph F. Ossanna, L. E. Mikus, S. D. Dunten:
    Communications and input/output switching in a multiplex computing system. 231-241
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    Edward E. David Jr., Robert M. Fano:
    Some thoughts about the social implications of accessible computing. 243-247

Applications of simulation

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    Eugene Levine:
    Structure and dynamics of military simulations. 249-251
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    T. W. Murphy:
    Analog-digital data processing of respiratory parameters. 253-257
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    Alan J. Rowe:
    Computer simulation: a solution technique for management problems. 259-267
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    Edmund A. Bowles:
    The role of the computer in humanistic scholarship. 269-276
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    Louis Fein:
    The structure and character of useful information-processing simulations. 277-282

Natural language processing

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    Martin Kay, Theodore Ziehe:
    The catalog: a flexible data structure for magnetic tape. 283-291
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    J. J. Rocchio, Gerard Salton:
    Information search optimization and interactive retrieval techniques. 293-305
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    D. C. Clarke, R. E. Wall:
    An economical program for limited parsing of English. 307-316
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    Arnold M. Zwicky, Joyce Friedman, Barbara C. Hall, Donald E. Walker:
    The mitre syntactic analysis procedure for transformational grammars. 317-326

Cellular techniques for logic, memory and systems

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    Robert C. Minnick:
    Cobweb cellular arrays. 327-341
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    Rudd H. Canaday:
    Two-dimensional iterative logic. 343-353
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    Robert A. Short:
    Two-rail cellular cascades. 355-369
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    B. T. McKeever:
    The associative memory structure. 371-388

The revolution in written communication

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    Max V. Mathews, Joan E. Miller:
    Computer editing, typesetting and image generation. 389-398
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    Glenn E. Roudabush, Charles R. T. Bacon, R. Bruce Briggs, James A. Fierst, Dale W. Isner, Hiroshi A. Noguni:
    The left hand of scholarship: computer experiments with recorded text as a communication media. 399-411

On-line interactive software systems

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    Carl Engelman:
    MATHLAB: a program for on-line machine assistance in symbolic computations. 413-421
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    Daniel Roos:
    An integrated computer system for engineering problem solving. 423-433
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    Edward M. Bennett, Edward C. Haines, John K. Summers:
    AESOP: a prototype for on-line user control of organizational data storage, retrieval and processing. 435-455
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    Kenneth Lock:
    Structuring programs for multiprogram time-sharing on-line applications. 457-472
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    Butler W. Lampson:
    Interactive machine language programming. 473-481
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    Charles W. Adams:
    Responsive time-shared computing in business its significance and implications. 483-488

High speed computer logic circuits

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    Leonard W. Cotten:
    Circuit implementation of high-speed pipeline systems. 489-504
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    W. H. Howe:
    High-speed logic circuit considerations. 505-510
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    A. Feller, H. R. Kaupp, J. J. Digiacomo:
    Crosstalk and reflections in high-speed digital systems. 511-525

Computers in the biological and social sciences

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    Harold Borko:
    Integrating computers into behavioral science research. 527-532
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    Geoffrey H. Ball:
    Data analysis in the social sciences: what about the details? 533-559
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    Joseph A. Steinborn:
    Nonlinear regression models in biology. 561-566
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    F. F. Hiltz:
    Computer correlation analysis of intracellular neuronal responses. 567-581
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    Alice R. Holmes, Robert K. Ausman:
    Information processing of cancer chemotherapy data. 583-588

Time-shared computer systems: software/hardware considerations

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    W. Lichtenberger, Melvin W. Pirtle:
    A facility for experimentation in man-machine interaction. 589-598
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    James W. Forgie:
    A time- and memory-sharing executive program for quick-response on-line applications. 599-609
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    James D. McCullough, Kermith H. Speierman, Frank W. Zurcher:
    A design for a multiple user multiprocessing system. 611-617
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    Webb T. Comfort:
    A computing system design for user service. 619-626

Scratchpad memories

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    David J. Crawford, R. L. Moore, J. A. Parisi, J. K. Picciano, W. David Pricer:
    Design considerations for a 25-nanosecond tunnel diode memory. 627-636
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    Richard R. Shively:
    A silicon monolithic memory utilizing a new storage element. 637-647
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    George J. Ammon, Carl Neitzert:
    An experimental 65-nanosecond thin film scratchpad memory system. 649-659
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    Simon E. Gluck:
    Impact of scratchpads in design: multifunctional scratchpad memories in the Burroughs B8500. 661-666
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    A. T. Ling:
    Scratchpad-oriented designs in the RCA spectra 70. 667-677
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    Norman Nisenoff:
    Scratchpad memories at Honeywell: past, present, and future. 679-688

Arithmetic techniques and systems

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    Emanuel Katell:
    A bounded carry inspection adder for fast parallel arithmetic. 689-694
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    Joseph F. Kruy:
    A fast conditional sum adder using carry bypass logic. 695-703
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    Richard A. Davis:
    A checking arithmetic unit. 705-713
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    Meir M. Lehman, D. N. Senzig, J. Lee:
    Serial arithmetic techniques. 715-725

Simulation of human behavior

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    Carl E. Helm:
    Simulation models for psychometric theories. 727-736
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    Nicholas V. Findler:
    Human decision making under uncertainty and risk: computer-based experiments and a heuristic simulation program. 737-752
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    Gene R. Bussey:
    Computer experiments in motor learning. 753-774

High speed read only memories

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    Morton H. Lewin:
    A survey of read-only memories. 775-787
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    H. Maeda, M. Takashima, A. J. Kolk Jr.:
    A high-speed, woven read-only memory. 789-799
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    M. May, W. W. Powell, Joe L. Armstrong:
    A thin magnetic film computer memory using a resonant absorption nondestructive readout technique. 801-808
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    P. S. Sidhu, Bertram Bussell:
    Development of an e-core read-only memory. 809-818

Input/output equipment for closer man-machine interface

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    Don E. Rippy, D. E. Humphries:
    Magic: a machine for automatic graphics interface to a computer. 819-830
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    Morton H. Lewin:
    A magnetic device for computer graphic input. 831-838
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    William H. Ninke:
    Graphic 1: a remote graphical display console system. 839-846
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    Donald R. Haring:
    The beam pen: a novel high-speed, input/output device for cathode-ray-tube display systems. 847-855
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    A. B. Urquhart:
    Voice output from IBM system/360. 857-865

Industrial applications

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    Walter J. Koch:
    Corrugator plant operating system. 867-870
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    William G. Davidson:
    Real-time programming and Athena support at White Sands Missile Range. 871-877
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    A. A. Daush:
    Quality evaluation of test operations via electronic data processing. 879-882
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    S. H. Chasen:
    The introduction of man-computer graphics into the aerospace industry. 883-892

Hybrid computers for future systems

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    Arthur J. Burns:
    Hybrid computing for lunar excursion module studies. 893-901
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    Andrew P. Sage, Roger W. Burt:
    Optimum design and error analysis of digital integrators for discrete system simulation. 903-914
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    Hermann Schmid:
    Sequential analog-digital computer. 915-928
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    Mark W. Goldman:
    Design of a high speed DDA. 929-949

Computer dimensions in learning

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    John Staudhammer:
    Engineering mathematics via computers. 951-958
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    Robert J. Meyer:
    The computer: tutor and research assistant. 959-963
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    Matthew Raspanti:
    Training for the no. 1 ESS. 965-977
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    Frank B. Baker:
    CASE: a program for simulation of concept learning. 979-984

Memories for future computers

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    G. E. Werner, Robert M. Whalen:
    A 375-nanosecond main memory system utilizing 7-mil cores. 985-993
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    I. Abeyta, M. M. Kaufman, P. Lawrence:
    Monolithic ferrite memories. 995-1010
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    Thomas J. Gilligan, Perry B. Persons:
    High speed ferrite 2 1/2 D memory. 1011-1021
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    T. J. Matcovich, W. Flannery:
    Design and fabrication of a magnetic, thin film, integrated circuit memory. 1023-1034
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    Thomas L. McCormack, Claude P. Battarel, Harrison W. Fuller:
    Batch fabricated matrix memories. 1035-1052
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    H. A. Perkins, J. D. Schmidt:
    An integrated semiconductor memory system. 1053-1064

Computer-aided design & maintenance

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    Jesse T. Quatse:
    Strobes: shared-time repair of big electronic systems. 1065-1072
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    R. E. Forbes, D. H. Rutherford, C. B. Stieglitz, L. H. Tung:
    A self-diagnosable computer. 1073-1086
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    W. E. Pickrell:
    An automated interconnect design system. 1087-1092
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    J. Paul Roth:
    Systematic design of automata. 1093-1100

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