Table of Contents

• Multiprogramming for hybrid computationMark S. Fineberg, Omri Serlin. 1-13 [doi]
• The IADIC: a hybrid computing elementJames I. Crawford, Morris J. Bodoia. 15-21 [doi]
• PHENO: a new concept of hybrid computing elementsWolfgang K. Giloi, Heinz Sommer. 23-32 [doi]
• Textile graphics applied to textile printingJanice R. Lourie, John J. Lorenzo. 33-40 [doi]
• Holographic display of digital imagesL. B. Lesem, P. M. Hirsch, J. A. Jordan Jr.. 41-47 [doi]
• Half-tone perspective drawings by computerChris Wylie, Gordon W. Romney, David C. Evans, Alan Erdahl. 49-58 [doi]
• VISTA: computed motion pictures for space researchGeorge A. Chapman, John J. Quann. 59-63 [doi]
• Current status of large scale integration technologyRichard L. Petritz. 65-85 [doi]
• Large-scale integration from the user's point of viewM. G. Smith, W. A. Notz. 87-94 [doi]
• A family of linear integrated circuits for data systemsMarvin B. Rudin, Richard L. O'Day, R. H. Jenkins. 95-101 [doi]
• The effect of digital compensation for computation delay in a hybrid loopEwart Edward Leslie Mitchell. 103-108 [doi]
• Hybrid Apollo docking simulationBruce Johnson, Samuel S. Weiner. 109-120 [doi]
• Hybrid, six-degree-of-freedom, man-and-the-loop, simulation of a lifting reentry vehicleP. F. Bohn Jr.. 121 [doi]
• Solution of integral equations by hybrid computationGeorge A. Bekey, J. C. Maloney, R. Tomovic. 143-148 [doi]
• Graphic CRT terminals: characteristics of commercially available equipmentCarl Machover. 149-159 [doi]
• How do we stand on the big board?Murray L. Kesselman. 161-167 [doi]
• The CRT display subsystem of the IBM 1500 instructional systemR. H. Terlet. 169-176 [doi]
• Conic display generator using multiplying digital-analog decodersHoward Blatt. 177-184 [doi]
• System architecture for large-scale integrationH. R. Beelitz, S. Y. Levy, R. J. Linhardt, H. S. Miller. 185-200 [doi]
• Management of periodic operations in a real-time computation systemHenry Wyle, Gerald J. Burnett. 201-208 [doi]
• A generalized supervisor for a time-shared operating systemThomas C. Wood. 209-214 [doi]
• A real time executive system for manned spaceflightJ. L. Johnstone. 215-230 [doi]
• Executive programs for the LACONIQ time-shared retrieval monitorD. B. J. Bridges. 231-242 [doi]
• An executive system for on-line programming on a small-scale systemLance V. Moberg. 243-254 [doi]
• Mass storage revisitedAlbert S. Hoagland. 255-260 [doi]
• High-speed thermal printingRichard D. Joyce, Stanley Homa Jr.. 261-267 [doi]
• Solid state synchro-to-digital converterGilbert P. Hyatt. 269-279 [doi]
• A new high-speed general purpose I/O with real-time computing capabilityKenneth Fertig, Duncan B. Cox Jr.. 281-289 [doi]
• On designing generalized file records for management information systemsFrank H. Benner. 291-303 [doi]
• The planning network as a basis for resource allocation, cost planning and project profitability assessmentH. S. Woodgate. 305-320 [doi]
• Winged words: varieties of computer applications to literatureLouis T. Milic. 321-326 [doi]
• Music and computing: the present situationAllen Forte. 327-329 [doi]
• Computer applications in archaeologyGeorge L. Cowgill. 331-337 [doi]
• Computer applications in political scienceKenneth Janda. 339-345 [doi]
• The B8500-microsecond thin-film memoryRichard H. Jones, Eric E. Bittmann. 347-352 [doi]
• Bit access problems in 2-1/2D 2-wire memoriesPhilip A. Harding, Michael W. Rolund. 353-362 [doi]
• Engineering design of a mass random access plated wire memoryC. F. Chong, R. Mosenkis, D. K. Hanson. 363-370 [doi]
• A new technique for removable media, read-only memoriesRobert E. Chapman, Matthew J. Fisher. 371-379 [doi]
• Low power computer memory systemD. E. Brewer, S. Nissim, G. V. Podraza. 381-393 [doi]
• Development of executive routines, both hardware and softwareAlbert B. Tonik. 395-408 [doi]
• Systems recovery from main frame errorsR. Armstrong, H. Conrad, P. Ferraiolo, P. Webb. 409-411 [doi]
• Language directed computer designWilliam M. McKeeman. 413-417 [doi]
• An approach to the simulation of a time-sharing systemNorman R. Nielsen. 419-428 [doi]
• Experiments in software modelingD. Fox, J. L. Kessler. 429-436 [doi]
• Design, thru simulation, of a multiple-access information systemLouis R. Glinka, R. Michael Brush, Alan J. Ungar. 437-447 [doi]
• SODAS and a methodology for system designDavid Lorge Parnas, John A. Darringer. 449-474 [doi]
• Requirements for a shared data processing system for hospitalsJohn P. Bodkin. 475-480 [doi]
• Use of displays with packaged statistical programsW. J. Dixon. 481-484 [doi]
• MEDATA: a new concept in medical records managementCaroline Horton, Tate M. Minckler, Lee D. Cady Jr.. 485-489 [doi]
• Requirements for a data processing system for hospital laboratoriesIrwin R. Etter. 491-496 [doi]
• An advanced computer system for medical researchWilliam J. Sanders, Gary Y. Breitbard, D. Cummins, R. Flexer, K. Holtz, J. Miller, Gio Wiederhold. 497-508 [doi]
• The impact of new technology on the analog hybrid art-IGeorge A. Bekey. 509-511 [doi]
• Information services and communications: (computer utilities)E. M. Grabbe. 513-523 [doi]
• Another look at dataGeorge H. Mealy. 525-534 [doi]
• Dataless programmingRobert M. Balzer. 535-544 [doi]
• PLANIT: a flexible language designed for computer-human interactionSamuel L. Feingold. 545-552 [doi]
• A formal system for the specification of the syntax and translation of computer languagesJohn J. Donovan, Henry F. Ledgard. 553-569 [doi]
• Generalized translation of programming languagesRonald W. Jonas. 570-580 [doi]
• Computer change at the Westinghouse Defense and Space CenterW. Barkley Fritz. 581-586 [doi]
• Machine-independence and third-generation computersMaurice H. Halstead. 587-592 [doi]
• A debate main frame memory technologyT. R. Finch. 593-600 [doi]
• Bulk core in a 360/67 time-sharing systemHugh C. Lauer. 601-609 [doi]
• Modular computer design with picoprogrammed controlJ. G. Valassis. 611-619 [doi]
• Intercommunication of processors and memoryMel Pirtle. 621-633 [doi]
• Stochastic computing elements and systemsW. J. Poppelbaum, C. Afuso, J. W. Esch. 635-644 [doi]
• A practical method for comparing numerical integration techniquesPaul P. Shipley. 645-651 [doi]
• AutoSACE-automatic checkout for PoseidonG. W. Schultz, J. M. Colebank. 653-663 [doi]
• Real-time spectral analysis on a small general-purpose computerArvid G. Larson, Richard C. Singleton. 665-674 [doi]
• Further advances in two-dimensional input-output by typewriter terminalsMelvin Klerer, Fred Grossman. 675-687 [doi]
• A graphic tablet display console for use under time-sharingL. Gallenson. 689-695 [doi]
• Multi-function graphics for a large computer systemCarl Christensen, Elliot N. Pinson. 697-711 [doi]
• Reactive displays: improving man-machine graphical communicationJohn D. Joyce, Marilyn J. Cianciolo. 713-721 [doi]
• Graphic language translation with a language independent processorRonald A. Morrison. 723-731 [doi]
• Design of fault-tolerant computersAlgirdas Avizienis. 733-743 [doi]
• Some relationships between failure detection probability and computer system reliabilityHenry Wyle, Gerald J. Burnett. 745-756 [doi]
• A distributed processing system for general purpose computingGerald J. Burnett, L. J. Koczela, R. A. Hokom. 757-768 [doi]
• JOSS: 20, 000 hours at a console: a statistical summaryG. E. Bryan. 769-777 [doi]
• How to write software specificationsPhilip H. Hartman, David H. Owens. 779-790 [doi]
• Observations on high-performance machinesD. N. Senzig. 791-799 [doi]
• The Greenblatt chess programRichard D. Greenblatt, Donald E. Eastlake III, Stephen D. Crocker. 801-810 [doi]