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Beaujean, M.: ¬Die Einheitsklassifikation aus der Sicht der Öffentlichen Bibliotheken (1978)
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Dykstra, M.: ¬The lion that squeaked (1978)
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Guillien, G.: ¬Le problème de la traduction dans ses rapports avec l'édition française de la Classification Décimale de Dewey (1977)
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- Source
- Dewey International: papers given at the European Centenary Seminar on the Dewey Decimal Classification, Banbury, 1976. Ed. by J.C. Downing and M. Yelland
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Scheele, M.: ¬Die universelle Facetten-Classifikation (UFC) und ihre mögliche Bedeutung für Allgemeinbildung, Terminologieforschung und Informationswesen (1978)
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Rovira, C.: ¬The present Spanish translation of the Dewey Decimal Classification (1977)
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- Source
- Dewey International: papers given at the European Centenary Seminar on the Dewey Decimal Classification, Banbury, 1976. Ed. by J.C. Downing and M. Yelland
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Greitzke, M.: Anforderungen einer Öffentlichen Bibliothek an Diplom-Bibliothekare, die an einem Bibliothekssystem in der Abteilung Alphabetische Katalogisierung arbeiten (1976)
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Scheele, M.: ¬Der Mensch als Voraussetzung und als Ziel der Klassifikationsforschung (1979)
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Mlitzke, E.: Zur Klassifikation von Aussagen (1979)
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- Abstract
- Um eine facettenartige Bedeutungsanalyse von Aussagen nach universellen Aspekten zu ermöglichen, wird eine allgemeine Standard-Aussageform vorgeschlagen, die aus folgender Begriffskette besteht: A: Antrieb, Auslöser, Motivation; Z: Ziel; M: Methode; S: System, Substrat; E: Ergebnis, Effekt, Erfahrung, Entscheidung; H: Hintergrund, die auch durch die geläufigen Fragepronomen: warum, wozu, was, wie, wovon angesprochen werden. Es wird gezeigt, wie diese, als 'Semoperatoren' bezeichneten Aussageelemente bei der klassifikatorischen Analyse allgemein und mit Bezug auf die Physik verwenden werden können
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Mountcastle, V.B.: ¬An organizing principle for cerebral function : the unit model and the distributed system (1978)
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- Source
- Mindful brain: cortical organization and the group-selective theory of higher brain function. Eds.: Gerald M. Edelman u. B.B. Mountcastle
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Chaitin, G.J.: Algorithmic information theory (1977)
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- Abstract
- This paper reviews algorithmic information theory, which is an attempt to apply information-theoretic and probabilistic ideas to recursive function theory. Typical concerns in this approach are, for example, the number of bits of information required to specify an algorithm, or the probability that a program whose bits are chosen by coin flipping produces a given output. During the past few years the definitions of algorithmic information theory have been reformulated. The basic features of the new formalism are presented here and certain results of R. M. Solovay are reported.
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Pflug, G.: Information Retrieval System (1972)
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- Source
- Libri. 22(1972) no.1, S.85-92
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Shrejder, J.A.: ¬The algebra of classification (197?)
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- Abstract
- Any classification describes some structure of taxons on a subject field. Thus, one of the natural aspects of a classification theory is the study of possible taxon structure types. In particular, two classifications generating isomorphic taxon structures (regardless of size or how filled they are) could quite rightly be said to be of the same type. Let us formulate this situation in precise terms. Assume M is the subject field of the classification (the class of all objects to be classified). We use T to denote the set of taxon subclasses identified by the classificational features. On taxon set T the is a natural order of inclusion
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Hollnagel, E.: ¬The relation between intention, meaning and action (1979)
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- Source
- Informatics 5: the analysis of meaning, March 25-28, Oxford. Ed.: K. Gray and M. MacCafferty
