Table of Contents

• An appraisal of compiler technologyRobert M. McClure. 1-9 [doi]
• A laboratory for the study of automating programmingThomas E. Cheatham Jr., Ben Wegbreit. 11-21 [doi]
• Segmentation and optimization of programs from cyclic structure analysisJean-Loup Baer, Robert Caughey. 23-36 [doi]
• The interplay of computer science and large scale scientific calculationsKent Curtis. 37-43 [doi]
• Computer architecture and very large problemsR. B. Lazarus. 45-49 [doi]
• Scientific applications of computers in the '70sM. Stuart Lynn. 51-52 [doi]
• The functions and elements of a training systemB. A. Jones. 53-58 [doi]
• Planning data processing education to meet job requirementsJames O. Hammond. 59-67 [doi]
• Modular training: a new emphasisRoger W. Kleffman. 69-75 [doi]
• Computer training, present and futureGordon A. Smith. 77-101 [doi]
• The future of minicomputer programmingD. J. Waks, A. B. Kronenberg. 103-109 [doi]
• The current state of minicomputer softwareJoseph F. Ossanna. 111-118 [doi]
• Real-time fault detection for small computersJ. R. Allen, Stephen S. Yau. 119-127 [doi]
• An organization for successful project managementDon Smith Jr.. 129-140 [doi]
• Commercial data processing machines in government applicationsJ. D. Aron. 141-153 [doi]
• Programming language efficiency in real-time software systemsJ. O. Henriksen, Richard E. Merwin. 155-161 [doi]
• A review of recursive filtering algorithmsBernard Friedland. 163-180 [doi]
• On computational methods for dynamic and static optimizationD. H. Jacobson. 181-185 [doi]
• Piecewise linear approximations of fewest line segmentsD. G. Wilson. 187-198 [doi]
• s, S) inventory control problemP. E. Valisalo, B. D. Sivazlian, J. F. Maillot. 199-203 [doi]
• Bounds on multiprocessing anomalies and related packing algorithmsR. L. Graham. 205-217 [doi]
• Computation of recursive programs: theory vs practiceZohar Manna. 219-223 [doi]
• Mathematical concepts in programming language semanticsDana S. Scott. 225-234 [doi]
• Applications of language theory to compiler designJeffrey D. Ullman. 235-242 [doi]
• The terminal IMP for the ARPA computer networkS. M. Ornstein, F. E. Heart, W. R. Crowther, H. K. Rising, S. B. Russell, A. Michel. 243-254 [doi]
• Computer communication network design: experience with theory and practiceHoward Frank, Robert E. Kahn, Leonard Kleinrock. 255-270 [doi]
• Function-oriented protocols for the ARPA computer networkStephen D. Crocker, John F. Heafner, Robert Metcalfe, Jonathan B. Postel. 271-279 [doi]
• McROSS: a multi-computer programming systemRobert H. Thomas, D. Austin Henderson. 281-293 [doi]
• Extensions of packet communication technology to a hand held personal terminalLawrence G. Roberts. 295-298 [doi]
• An overview of programming languages for specialized application areasJean E. Sammet. 299-311 [doi]
• The future of specialized languagesFrederick B. Thompson, Bozena H. Dostert. 313-319 [doi]
• AMBUSH: a case history in language designStephen Warshall. 321-332 [doi]
• The data-text system: an application language for the social sciencesD. J. Armor. 333-342 [doi]
• LSI: implications for future design and architectureS. F. Dennis, M. G. Smith. 343-351 [doi]
• The rationale for logic from semiconductor memoryW. H. Davidow. 353-358 [doi]
• SYMBOL hardware debugging facilitiesM. A. Calhoun. 359-368 [doi]
• The Rice research computer: a tagged architectureEdward A. Feustel. 369-377 [doi]
• A generative CAI tutor for computer science conceptsElliot B. Koffman. 379-389 [doi]
• Preliminary thoughts about a UNIversal TEAching Machine (UNITEAM)Joe K. Clema, Richard L. Didday, M. Wessler. 391-397 [doi]
• Mainline CAI, necessary but not oppressiveC. Victor Bunderson. 399-405 [doi]
• Should the computer teach the student, or vice versa?Arthur W. Luehrmann. 407-410 [doi]
• Performance evaluation: a structured approachStephen R. Kimbleton. 411-416 [doi]
• Protection: principles and practiceG. Scott Graham, Peter J. Denning. 417-429 [doi]
• PRIME: a modular architecture for terminal-oriented systemsHerbert B. Baskin, Barry R. Borgerson, Roger Roberts. 431-437 [doi]
• Computer graphics terminals: a backward lookCarl Machover. 439-446 [doi]
• The future of computer graphicsThomas G. Hagan, Robert H. Stotz. 447-452 [doi]
• A versatile computer driven display system for the classroomJ. W. Willhide. 453-460 [doi]
• GOLD: a graphical on-line design systemLarry J. French, A. H. Teger. 461-470 [doi]
• Establishing lower bounds on algorithms: a surveyE. M. Reingold. 471-481 [doi]
• Analysis of combinatory algorithms: a sample of current methodologyW. D. Frazer. 483-491 [doi]
• On the complexity of proving functionsAndy N. C. Kang. 493-501 [doi]
• On the structure of Blum measureTsun S. Chow. 503-506 [doi]
• Management information systems, public policy and social changeAbe Gottlieb. 507-510 [doi]
• Geographic information systems in the U.S.: an overviewRobert Amsterdam, Edward Andresen, Harry Lipton. 511-522 [doi]
• UNIMATCH: a computer system for generalized record linkage under conditions of uncertaintyMatthew A. Jaro. 523-530 [doi]
• New directions in legal information processingRobert T. Chien, P. B. Maggs, Fred A. Stahl. 531-540 [doi]
• HOMLIST: a computerized real estate information retrieval systemDonald J. Simon, Barry L. Bateman. 541-544 [doi]
• Organization of a natural resources data bank systemAlvin J. Surkan. 545-551 [doi]
• The command terminal: a computerized law enforcement toolDavid M. Hudak. 553-558 [doi]
• Experience gained in the development and use of TSSRichard E. Schwemm. 559-569 [doi]
• Multics: the first seven yearsFernando J. Corbató, Fernando H. Saltzer, C. T. Clingen. 571-583 [doi]
• Organization and features of the Michigan terminal systemMichael T. Alexander. 585-591 [doi]
• Regulatory developments in data communications: the past five yearsPhilip M. Walker. 593-609 [doi]
• Data communications in 1980: a capital market viewRobert E. La Blanc, W. E. Himsworth. 611-616 [doi]
• Allocation of copies of a file in an information networkR. G. Casey. 617-625 [doi]
• Production and utilization of computer manpower in U.S. higher educationJohn W. Hamblen. 627-632 [doi]
• Sources of trained computer personnel: a quantitative surveyBruce Gilchrist, Richard E. Weber. 633-640 [doi]
• Employment of trained computer personnel: a quantitative surveyBruce Gilchrist, Richard E. Weber. 641-648 [doi]
• Sociological analysis of public attitudes toward computers and information filesRonald E. Anderson. 649-657 [doi]
• Microprogrammed significance arithmetic: a perspective and feasibility studyC. V. Ramamoorthy, M. Tsuchiya. 659-673 [doi]
• Architectural considerations of a signal processor under microprogram controlY. S. Wu. 675-683 [doi]
• A building block approach to multiprocessingR. L. Davis, S. Zucker, C. M. Campbell. 685-703 [doi]
• The interpreter: a microprogrammable building block systemE. W. Reigel, U. Faber, D. A. Fisher. 705-723 [doi]
• Modeling, measurement and computer powerGerald Estrin, Richard R. Muntz, R. C. Uzgalis. 725-738 [doi]
• Experiments in page activity determinationJohn G. Williams. 739-747 [doi]
• Validation of a trace-driven CDC 6400 simulationJerre D. Noe, Gary J. Nutt. 749-757 [doi]
• The evaluation of a time-sharing page demand systemJuan Rodriguez-Rosell, Jean-Pierre Dupuy. 759-765 [doi]
• LSI and minicomputer system architectureL. Seligman. 767-773 [doi]
• Approaching the minicomputer on a silicon chip: progress and expectations for LSI circuitsH. G. Rudenberg. 775-781 [doi]
• The external access network of a modular computer systemJesse T. Quatse, Pierre Gaulene, Donald Dodge. 783-790 [doi]
• An over-the-shoulder look at discrete simulation languagesIra M. Kay. 791-798 [doi]
• OSSL: a specialized language for simulating computer systemsPrem Bhushan Dewan, C. E. Donaghey, Joe B. Wyatt. 799-814 [doi]
• Discrete computer simulation: technology and applications - the next ten yearsJohn Norris Maguire. 815-826 [doi]
• The emergence of the computer utilityR. S. Manna, H. Waldburger, D. R. Whitson. 827-831 [doi]
• Installation management: the next ten yearsRonald M. Rutledge. 833-839 [doi]
• A set of goals and approaches for education in computer scienceSaul Amarel. 841-846 [doi]
• Computer science education: the need for interactionM. Stuart Lynn. 847-848 [doi]
• Operating systems principles and undergraduate computer science curriculaPeter J. Denning. 849-855 [doi]
• Theory of computing in computer science educationPatrick C. Fischer. 857-864 [doi]
• Social science computing: 1967-1972Hugh F. Cline. 865-873 [doi]
• Future developments in social science computingGeorge Sadowsky. 875-883 [doi]
• A computer model of simple forms of learning in infantsThomas L. Jones. 885-895 [doi]
• An information management system for scientific gaming in the social sciencesRobert C. Noel, Thomas Jackson. 897-905 [doi]
• The development of process control softwareJames D. Schoeffler. 907-914 [doi]
• Future trends in software development for real-time industrial automationH. E. Pike. 915-923 [doi]
• Scheduling of time critical processesOmri Serlin. 925-932 [doi]
• A class of allocation strategies inducing bounded delays onlyEdsger W. Dijkstra. 933-936 [doi]
• On modeling program behaviorPeter J. Denning. 937-944 [doi]
• Magnetic disks for bulk storage: past and futureJohn M. Harker, Hsu Chang. 945-955 [doi]
• Ultra-large storage systems using flexible media, past, present and futureWilliam A. Gross. 957-967 [doi]
• New devices for sequential access memoryF. H. Blecher. 969 [doi]
• Two direct methods for reconstructing pictures from their projections: a comparative studyGabor T. Herman. 971-984 [doi]
• PRADIS: an advanced programming system for 3-D-displayJosé L. Encarnação, Wolfgang K. Giloi. 985-998 [doi]
• MARS: Missouri Automated Radiology SystemJ. L. Lehr, G. S. Lodwick, L. J. Garrotto, D. J. Manson, B. F. Nicholson. 999-1003 [doi]
• "Sailing": an example of computer animation and iconic communicationStephen M. Zwarg. 1005-1014 [doi]
• Computer description and recognition of printed Chinese charactersWilliam Stallings. 1015-1025 [doi]
• Computer diagnosis of radiographic imagesSamuel J. Dwyer III, Charles A. Harlow, D. A. Ausherman, G. S. Lodwick. 1027-1041 [doi]
• The impact of computing on the teaching of mathematicsWalter Koetke. 1043-1049 [doi]
• Computing in the high school - past, present and future: and its unreasonable effectiveness in the teaching of mathematicsWarren Stenberg. 1051-1058 [doi]
• Computer-aided design of MOS/LSI circuitsH. W. Van Beek. 1059-1063 [doi]
• The role of simulation in LSI designJ. J. Teets. 1065-1070 [doi]
• Implementation of a transient macro-model in large logic systemsN. B. Rabbat, W. D. Ryan. 1071-1078 [doi]
• Functions for improving diagnostic resolution in an LSI environmentMadhukumar A. Mehta, Henry P. Messinger, William B. Smith. 1079-1091 [doi]
• Computer-aided drug dosageLewis B. Sheiner, Barr Rosenberg, Kenneth L. Melmon. 1093-1099 [doi]
• Automated therapy for nonspeaking autistic childrenDavid Canfield Smith, Malcolm C. Newey, Kenneth Mark Colby. 1101-1106 [doi]
• An inferential processor for interacting with biomedical data using restricted natural languageDale W. Isner. 1107-1124 [doi]
• An information processing approach to theory formation in biomedical researchHarry E. Pople, G. Werner. 1125-1138 [doi]
• The clinical significance of simulation and modeling in leukemia chemotherapyThomas L. Lincoln. 1139-1143 [doi]
• Graphics software for remote terminals and their use in radiation treatment planningKarl H. Ryden, Carol M. Newton. 1145-1156 [doi]
• Automated information-handling in pharmacology researchWilliam F. Raub. 1157-1165 [doi]
• Where do we stand in implementing information systems?James C. Emery. 1167-1171 [doi]
• MIS technology: a view of the futureCharles H. Kriebel. 1173-1180 [doi]
• Selective security capabilities in ASAP: a file management systemRichard W. Conway, William L. Maxwell, Howard L. Morgan. 1181-1185 [doi]
• A graphics and information retrieval supervisor for simulatorsJames L. Parker. 1187-1195 [doi]
• NASDAQ: a user-driven, real-time transaction systemNat Mills. 1197-1206 [doi]
• LSI perspective: the last five yearsHarvey G. Cragon. 1207-1210 [doi]
• Toward more efficient computer organizationsMichael J. Flynn. 1211-1217 [doi]