Abstract is missing.
- Interactive programming and automated mathematicsMelvin Klerer. 3-10 [doi]
- On the user's point of viewBurton D. Fried. 11-21 [doi]
- The APL\360 terminal systemAdin D. Falkoff, Kenneth E. Iverson. 22-37 [doi]
- The Maniac II systemRoger Lazarus, Mark Wells, John Wooten Jr.. 38-43 [doi]
- AMTRAN: automatic mathematical translationRobert N. Seitz, Lawrence H. Wood, Charles A. Ely. 44-66 [doi]
- Structure of a language for a numerical analysis problem solving systemLawrence R. Symes, Roger V. Roman. 67-78 [doi]
- REDUCE: a user-oriented interactive system for algebraic simplificationAnthony C. Hearn. 79-90 [doi]
- Two analyst-oriented computer languages: EASL, POSEStewart I. Schlesinger, Lawrence Sashkin, Kenneth C. Reed. 91-96 [doi]
- VENUS: a small interactive nonprocedural languageHoward F. Matthews. 97-100 [doi]
- AL: an artificial languageGerald W. Bradley. 101-105 [doi]
- Active language IRené de Vogelaere. 106-137 [doi]
- The engineering assistant: design of a symbol manipulation systemEdgar H. Sibley. 138-154 [doi]
- CHARYBDIS: a LISP program to display mathematical expressions on typewriter-like devicesJonathan K. Millen. 155-163 [doi]
- Coherent programming in the Lincoln ReckonerRaymond A. Wiesen, Douwe B. Yntema, James W. Forgie, Arthur N. Stowe. 167-177 [doi]
- Algebraic manipulation on computers for scientists and engineersKrzysztof S. Frankowski, C. Duane Zimmerman. 178 [doi]
- An interactive console operating as background in a large computer systemStewart I. Schlesinger, Lawrence Sashkin, C. Aumann. 179-182 [doi]
- Design philosophy for an interactive keyboard terminalMelvin Klerer, Fred Grossman, Charles H. Amann. 183-191 [doi]
- A facility for user definition of simple problem oriented languagesDenis M. Manelski, Henry C. Lefkovits, H. J. Hebert. 192-195 [doi]
- Mathematical symbol processingChacko T. Abraham, Trevor Pearcey. 196-202 [doi]
- 2: a language for conversational computingJ. G. Mitchell, Alan J. Perlis, H. Van Zoeren. 203-214 [doi]
- AMTRAN: implications of an interactive mathematical computer system for an educational institutionA. V. Jett Jr.. 215-219 [doi]
- What is different about AMTRAN?Richard J. Plocica. 220-221 [doi]
- An object code for interactive applied mathematical programmingKenneth Lock. 222-224 [doi]
- The Slave Interactive System: a one-user interactive executive grafted on a remote-batch computing systemKenneth J. Busch, Gottfried W. R. Luderer. 225-240 [doi]
- The development of systems for on-line mathematics at HarvardAdrian Ruyle. 241-256 [doi]
- An analysis of computer operations under running time priority disciplinesEdward G. Coffman Jr.. 257-270 [doi]
- A message system for interactive dialogG. C. Patton. 271-283 [doi]
- A macroscopic model of an interactive computing systemJames N. Haag. 284-285 [doi]
- A content-evaluating mode of computer-aided instructionGlenn K. Manacher. 286-293 [doi]
- OLDAS: an on-line continuous system simulation languageRichard P. Cullen. 294-297 [doi]
- On the construction of polyalgorithms for automatic numerical analysisJohn R. Rice. 301-313 [doi]
- A proposed numerical accuracy control systemHerbert S. Bright. 314-334 [doi]
- A learning program for the integration of systems of ordinary differential equationsL. J. Gallaher, Irwin E. Perlin. 335-340 [doi]
- On experiences with PIL, an interpretive language, in an undergraduate numerical methods courseJoseph B. Muskat, Francis E. Sullivan, Paul R. Borman. 341-342 [doi]
- Curve fitting and editing via interactive graphicsArthur S. Priver, Barry W. Boehm. 343-345 [doi]
- FORTRAN codes to fit curves interactivelyLyle B. Smith. 346-348 [doi]
- Analyst Assistance Program (AAP)Anne B. Ammerman. 349-354 [doi]
- Mathematical laboratories: a new power for the physical sciencesGlen J. Culler. 355-384 [doi]
- Implementation of a Reckoner facility on the Lincoln Laboratory IBM 360/67Peter B. Hill, Arthur N. Stowe. 385-389 [doi]
- The implementation of APL\360Lawrence M. Breed, Richard H. Lathwell. 390-399 [doi]
- Implementation considerations in a numerical analysis problem solving systemRoger V. Roman, Lawrence R. Symes. 400-410 [doi]
- An implementation of automatic array arithmetic by a generalized push-down stackJuris Reinfelds. 411-422 [doi]
- An example of the manipulation of directed graphs in the AMBIT/G programming languageCarlos Christensen. 423-435 [doi]
- Syntax-directed recognition of hand-printed two-dimensional mathematicsRobert H. Anderson. 436-459 [doi]
- A model for interactive systems designHelen M. Willett. 460-461 [doi]
- SummaryBurton D. Fried. 462-466 [doi]