A. Bolour
- W. E. Bull, "Time, tense, and the verb,"
University of California Publications in Linguistics Vol. 19 (1960).Google Scholar
- B. Langefors, "
Theoretical analysis of information systems ," Studentlitteratur, Auerbach, Lund, Sweden (1966).Google Scholar - R. Mattison, "A formal system for the logical analysis of temporal relationships between intervals of time," Memo. RM-5279-PR, Rand Corporation, Santa Monica, CA (April 1967).Google Scholar
- A. Prior,
Past, present, future , Oxford University Press (1967).Google Scholar - R. Mattison, "An introduction to the model theory of first-order predicate logic and a related temporal logic," Memo. RM-5580-1-PR, Rand Corporation, Santa Monica, CA (June 1969).Google Scholar
- D. Wunderlich,
Tempus und Zeitrefernz im Deutschen , Max Hueber Verlag, Munich (1970).Google Scholar - N. Findler and D. Chen, "On the problems of time retrieval, temporal relations, causality, and coexistence,"
Proceedings of the Second International Joint Conference on Artificial Intelligence , Imperial College, (1-3 September 1971).Google Scholar - J. McCawley, "Tense and time reference in English," in
Studies in Linguistic Semantics , ed. T. Langendoen, Holt Reinhardt & Winston (1971).Google Scholar - N. Rescher and A. Urquhart,
Temporal Logic , Springer Verlag, New York (1971).Google Scholar - J. F. Fries, "Time-oriented patient records and a computer data bank,"
Journal of the American Medical Association Vol. 22(12) (December 1972).Google Scholar - B. Bruce, "A model for temporal reference and its application in a question answering program,"
Artificial Intelligence Vol. 3(1) (1972).Google Scholar - D. R. Dowty,
Studies in the logic of verb aspect and time reference in English , Dept. of Linguistics, Univ. of Texas at Austin (1972).Google Scholar - J. T. Fraser, F. C. Haber, and G. H. Muller, "The study of time,"
Proceedings of the first conference of the international society for the study of time , Springer- Verlag, (1972).Google Scholar - G. G. Hendrix, "Modeling simultaneous actions and continuous processes,"
Artificial Intelligence Vol. 4(3) (1973).Google Scholar - Operating Systems, Inc., "Synthesis of inference techniques: an interpreted syntax for the logical description of events," OSI: N74-003 Technical Note No. 2 (31 May 1974).Google Scholar
- E. F. Falkenberg, "Time-handling in data base management systems," Report 07/1974, University of Stuttgart (July 1974).Google Scholar
- R. Wacker, "Das Zeitproblem bei generalizierten Datenbankmanagement," Diplomarbeit, Universitat Stuttgart, Institut fur Informatik (August 1974).Google Scholar
- K. M. Kahn, "Mechanization of temporal knowledge," Tecnical Report MAC-TR-155, Artificial Intelligence Laboratory, MIT (September 1975). Google ScholarDigital Library
- B. Sundgren,
Theory of Data Bases , New York (1975).Google Scholar - G. Wiederhold, J. F. Fries, and S. Weyl, "Structured organization of clinical data bases,"
Proceedings of the AFIPS National Computer Conference , (1975).Google Scholar - S. M. Weiss, K. Kern, C. A. Kulikowski, and A. Safir, "A system for interactive analysis of a time-sequenced ophthalmological data base," Computers in Biomedicine Techincal Report #67, Department of Computer Scienc, Rutgers University (March 1976).Google Scholar
- J. A. Bubenko, Jr., "The temporal dimension in information modeling," RC 6187 #26479, IBM Thomas J. Watson Research Center, Yorktown Heights, New York (16 November 1976).Google Scholar
- I. P. Goldstein and R. B. Roberts, "Nudge, a knowledge-based scheduling program," pp. 257--263 in
Proceedings of the Fifth International Joint Conference on Artificial Intelligence , (1977).Google Scholar - R. P. McArthur,
Tense Logic , D. Reidel Publishing Co., Dordrecht, Holland, and Hingham, Mass. (1976).Google Scholar - Operating Systems, Inc., "OSI, All-source data base design study-final technical report," OSI: R76-004 (10 May 1976).Google Scholar
- N. A. Palley, et al., "CLINFO User's Guide: release one," technical Report R-1543-1-NIH, Rand Corporation, Santa Monica, California (1976).Google Scholar
- F. Jakob, "Le traitement de l'expression du temps, un developpement d'un systeme de comprehension du language naturel," these du troisieme cycle, L'Universite Pierre et Marie Curie (1977).Google Scholar
- K. M. Kahn and A. G. Gorry, "Mechanizing temporal knowledge,"
Artificial Intelligence Vol. 9(2) pp. 87--108 (1977).Google ScholarDigital Library - E. D. Sacerdoti,
A Structure for Plans and Behaviour , Elsevier North-Holland, Inc. (1977).Google Scholar - R. Schank, and R. Abelson,
Scripts Plans Goals and Understanding , LEA Publishers, Hillside, New Jersey (1977).Google Scholar - M. J. Steedman, "Verb, time and modality,"
Cognitive Science Vol. 1(2) pp. 216--234 (April 1977).Google ScholarCross Ref
- J. M. Martin, J. P. Pointel, J. Martin, G. Debry, "The notion of time in medical records - structure of chronology, validation and calculation of a time interval,"
Methods of Information in Medicine , Vol. 17(2), pp. 90--95 (April 1978).Google Scholar - J. Bradley, "Operations data bases," pp. 164--176 in
Proceedings of the Fourth International Conference on Very Large Data Bases , (September 1978).Google Scholar - A. Flory and J. Kouloumdjiam, "A model for the description of the information system dynamics,"
Proceedings of the 2nd Conference of European Cooperation in Informatics , (October 1978). Google ScholarDigital Library - G. E. Heidorn, "Natural language dialogue for managing an on-line calendar,"
Proceedings of the ACM Conference , (December 1978). Google ScholarDigital Library - L. Hemphill and J. Rhyne, "A model for knowledge representation in natural language query systems," IBM research report #RJ2304 (31046), San Jose, California (September 28, 1978).Google Scholar
- A. Bolour, "The process model of data," Technical Report #38, University of California, San Francisco (March 1979).Google Scholar
- B. Breutmann, "The temporal dimension of conceptual schemas," in
Proceedings of the IFIP Working Group 2.6 , Munich (March 1979).Google Scholar - E. F. Codd, "Extending the data base relational model to capture more meaning,"
Proceedings ACM-SIGMOD International Conf. on the Management of Data ,(May, 1979). Revised inACM Transactions on Database Systems Vol. 4(4) pp. 397, 434 (December 1979). Google ScholarDigital Library - B. Breutmann, E. F. Falkenberg, and R. Mauer, "CSL: A language for defining conceptual schemas," in
Data Base Architecture ed. G. M. Nijssen and G. Bracchi, North Holland, Inc., Amsterdam (June 1979).Google Scholar - C. Rolland, S. Leifert, and C. Richard, "Tools for information system dynamics management,"
Proceedings of Fifth International Conference on Very Large Data Bases , (October 1979).Google Scholar - F. Jakob,
Un examle de representation de connaissances sur le temps , Congres Reconnaissance des Formes et Intelligence Artificielle, Universite Paul Sabatier, Toulouse, France (September 1979).Google Scholar - G. E. Yamami, "The Sematics of Time Series Data Modeling," Master's Thesis, Dept. of EECS, University of California, Berkeley (December 1979).Google Scholar
- S. Jones, P. Mason, and R. Stamper, "LEGOL 2.0: A relational specification language for complex rules,"
Information Systems Vol. 4(4) pp. 293--305 (1979).Google ScholarCross Ref - M. W. Freeman, "KNET: an extended SI-net formalism for knowledge representation systems," TR 80-1, Burroughs Corporation, Federal and Special Systems Group, Paoli, Pennsylvania (January 1980).Google Scholar
- L. Hirschman, "Retrieving time information from natural language texts," in
Proceedings of the Conference in Information Retrieval Research , Cambridge, England (June 1980). Google ScholarDigital Library - J. E. Allchin, "Modula and a question of time,"
IEEE Transcations on Software Engineering Vol. SE-6 (4) (July 1980).Google Scholar - C. Rolland, C. Richard, and S. Leifert, "A proposal for information system design and management,"
SIGDA Newsletter Vol. 10(2) (August 1980). Google ScholarDigital Library - J. A. Bubenko, Jr., "Information modeling in the context of system development,"
Proceedings of IFIP Congress 80 , (October 1980).Google Scholar - A. Sernadas, "Temporal aspects of logical procedure definition,"
Information Systems Vol. 5(3) pp. 167--187 (1980).Google ScholarCross Ref - J. F. Allen, "Maintaining Knowledge about temporal intervals," Tecnical Report 86, Dept. of Computer Science, The University of Rochester, Rochester, NY 14627 (January 1981).Google Scholar
- D. McDermott, "A temporal logic for reasoning about processes and plans," research report #196, Dept. of Computer Science, Yale University (March 1981).Google Scholar
- G. Ariav, and H. L. Morgan, "MDM: Handling the time dimension in generalized DBMS", Working Paper, Dept. of Decision Sciences, The Wharton School, University of Pennsylvania (May 1981).Google Scholar
- A. Bolour and L. J. Dekeyser, "Time relations and event relations," submitted for publication (July 1981).Google Scholar
- K. D. Forbus, "Qualitative reasoning about physical processes," pp. 326--330 in
Proceedings of the Seventh International Joint Conference on Artificial Intelligence , Vancouver, British Columbia (Aug. 1981).Google Scholar - J. L. Kolodner, "Organization and retrieval in a conceptual memory for events," pp. 227--233 in
Proceedings of the Seventh International Joint Conference on Artificial Intelligence , Vancouver, British Columbia (August 1981).Google Scholar - T. Koyama, S. Kayhara, T. Minamikawa, and T. Kurakawa, "Time-oriented features for medical consultation systems," pp. 910--912 in
Proceedings of the Seventh International Joint Conference on Artificial Intelligence , Vancouver, British Columbia (August 1981).Google Scholar - H. Marburger, Bernd Neumann, and H-J. Novak, "Natural language dialogue about moving objects in an automatically analyzed traffic scene," pp. 49--51 in Proceedings of the
Seventh International Joint Conference on Artificial Intelligence , Vancouver, British Columbia (August 1981). Google ScholarDigital Library - E. Mays, S. Lanka, A. K. Joshi, and B. L. Weber, "Natural Language interaction with dynamic knowledge bases: monitoring as response," pp. 61--63 in
Proceedings of the Seventh International Joint Conference on Artificial Intelligence , Vancouver, British Columbia (August 1981).Google Scholar - V. Sembugamoorthy, "Analogy-based acquisition of utterances relating to temporal aspects," pp. 106--108 in
Proceedings of the Seventh International Joint Conference on Artificial Intelligence , Vancouver, British Columbia (August 1981).Google Scholar - J. K. Tsotsos, "Temporal event recognition: an application to left ventricular performance," pp. 900--907 in
Proceedings of the Seventh International Joint Conference on Artificial Intelligence , Vancouver, British Columbia (August 1981).Google Scholar - V. De Antonellis, and B. Zonta, "Modelling events in data base applications design," pp. 23--31 in
Proceedings of the Seventh International Conference on Very Large Data Bases , Cannes, France (September 1981).Google Scholar - M. R. Klopprogge, "TERM: An approach to include the time dimension in the entity-relationship model,"
Second International Conference on the Entity Relationship Approach , (October 1981). Google ScholarDigital Library - J. Clifford, and D. S. Warren, "Formal semantics for time in databases," Technical Report 81/025, Department of Computer Science, SUNY, Stony Brook, NY 11794 (November 1981).Google Scholar
- T. L. Anderson, "The Data Base Semantics of Time," Ph.D. Dissertation, University of Washington (1981). Google ScholarDigital Library
- J. A. Bubenko, Jr., "On concepts and strategies for requirements and information analysis," SYSLAB Report No. 4, Department of Computer Science, Chalmers University of Technology (1981).Google Scholar
- P. Needham, "Temporal intervals and temporal order,"
Logic and Philosophy , (1981).Google Scholar - T. L. Anderson, "Modeling time at the conceptual level," in
Proceedings of the Second International Conference on Databases (to appear) , Jerusalem, Israel (June 1982).Google Scholar - P. J. Hayes, "Histories: the naive physics manifesto part two," in preparation.Google Scholar
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