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Formalization of Natural Languages
The attempt to simulate dialogues in Natural Language by a machine requires extensive analyses of Natural Language's expression and content phenomena. Carefully deducted natural laws must be extracted. A division of all existing Natural Languages into carrier systems of a) agglutinated and b) isolated mor­ phological structures appears to be of principal significance. Thus morphology can be clearly separated from syntax. While morphology concerns structural phenomena, syntax refers to functional customs and rules of language expressions. Expression morphologies of usual language systems like English, French, German or, Russian exhibit tightly agglutinated characteristics. A smaller portion of Natural Language carrier systems provides morphologies of considerably less degrees of agglutination. Among them are ideographic-, pictographic-and, gesture systems as well as air-controller and children languages within a certain phase of development. Sometimes fully self-explanatory or content-related expression units within carrier systems of isolated morphologies guarantee significant insights into phenomena of Natural Language's content. Therefore evaluations on Natural Language expression structures can never be limited exclusively to auditive and phonographic morphologies. They also incorporate transport means of ideo- and pictogenetic characteristics, in order to evaluate morphology and syntax distinctively. The process of formalizing Natural Languages is highly interdisciplinary. It consists of 1) analyzing, 2) possible enumerating, 3) optimizing, and 4) synthesizing procedures. Irrelevant domains of formalization excesses are avoided by keeping strictly to definitions demarcating natural from artificial languages. Comparative evaluations of agglutinated as well asisolated morphologies are necessary.
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Formalization of Natural Languages
The attempt to simulate dialogues in Natural Language by a machine requires extensive analyses of Natural Language's expression and content phenomena. Carefully deducted natural laws must be extracted. A division of all existing Natural Languages into carrier systems of a) agglutinated and b) isolated mor­ phological structures appears to be of principal significance. Thus morphology can be clearly separated from syntax. While morphology concerns structural phenomena, syntax refers to functional customs and rules of language expressions. Expression morphologies of usual language systems like English, French, German or, Russian exhibit tightly agglutinated characteristics. A smaller portion of Natural Language carrier systems provides morphologies of considerably less degrees of agglutination. Among them are ideographic-, pictographic-and, gesture systems as well as air-controller and children languages within a certain phase of development. Sometimes fully self-explanatory or content-related expression units within carrier systems of isolated morphologies guarantee significant insights into phenomena of Natural Language's content. Therefore evaluations on Natural Language expression structures can never be limited exclusively to auditive and phonographic morphologies. They also incorporate transport means of ideo- and pictogenetic characteristics, in order to evaluate morphology and syntax distinctively. The process of formalizing Natural Languages is highly interdisciplinary. It consists of 1) analyzing, 2) possible enumerating, 3) optimizing, and 4) synthesizing procedures. Irrelevant domains of formalization excesses are avoided by keeping strictly to definitions demarcating natural from artificial languages. Comparative evaluations of agglutinated as well asisolated morphologies are necessary.
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Formalization of Natural Languages

Formalization of Natural Languages

by P. Kïmmel
Formalization of Natural Languages

Formalization of Natural Languages

by P. Kïmmel

Overview

The attempt to simulate dialogues in Natural Language by a machine requires extensive analyses of Natural Language's expression and content phenomena. Carefully deducted natural laws must be extracted. A division of all existing Natural Languages into carrier systems of a) agglutinated and b) isolated mor­ phological structures appears to be of principal significance. Thus morphology can be clearly separated from syntax. While morphology concerns structural phenomena, syntax refers to functional customs and rules of language expressions. Expression morphologies of usual language systems like English, French, German or, Russian exhibit tightly agglutinated characteristics. A smaller portion of Natural Language carrier systems provides morphologies of considerably less degrees of agglutination. Among them are ideographic-, pictographic-and, gesture systems as well as air-controller and children languages within a certain phase of development. Sometimes fully self-explanatory or content-related expression units within carrier systems of isolated morphologies guarantee significant insights into phenomena of Natural Language's content. Therefore evaluations on Natural Language expression structures can never be limited exclusively to auditive and phonographic morphologies. They also incorporate transport means of ideo- and pictogenetic characteristics, in order to evaluate morphology and syntax distinctively. The process of formalizing Natural Languages is highly interdisciplinary. It consists of 1) analyzing, 2) possible enumerating, 3) optimizing, and 4) synthesizing procedures. Irrelevant domains of formalization excesses are avoided by keeping strictly to definitions demarcating natural from artificial languages. Comparative evaluations of agglutinated as well asisolated morphologies are necessary.

Product Details

ISBN-13: 9783642666674
Publisher: Springer Berlin Heidelberg
Publication date: 11/12/2011
Series: Communication and Cybernetics , #15
Edition description: Softcover reprint of the original 1st ed. 1979
Pages: 226
Product dimensions: 6.69(w) x 9.61(h) x 0.02(d)

Table of Contents

1. Introduction.- 1.1 Motivations for Formalizing Natural Languages.- 1.2 Essential Results of Formalizing Natural Languages.- 1.3 Projected Dimensions and Definition of Formalizing Natural Languages.- 1.4 Demarcation Between Natural and Artificial Languages.- 1.5 Limits of Conventional Formalizing Efforts Due to One-Sided References to Languages with Agglutinated Morphologies.- 1.6 New Formalization Approach by Emphasizing the Utilization of Natural Languages with Isolated Morphologies.- 2. Historical Survey on Formalization Efforts of Natural Languages.- 2.1 Conventional Formalizations of Morphology.- 2.2 Conventional Formalizations of Syntax.- 2.3 Conventional Formalizations of Semantics.- 2.4 Formalization Results of Natural Logic.- 2.5 Formalization Results by Basic English.- 2.6 Esperanto, A Formalization Product of Artificial Character.- 2.7 Conventional Information Theory.- 2.8 Corpus Restrictions.- 2.9 Historical Survey of Conventional Efforts to Formalize Natural Languages.- 3. Formalizing Stimuli by Understanding Brain Functions in Living Organisms.- 3.1 Anatomy of Neurons and Organic Memory Structures.- 3.2 Memory Functions of Neuronal Links.- 3.3 Research in Neurolinguistics.- 3.4 Summary.- 4. Analyses of Natural Language Morphology.- 4.1 Permanent Visual Expressions.- 4.2 Permanent Visual Expressions with Acute Character.- 4.3 Acute Visual Expressions.- 4.4 Morphological Identities Between Permanent and Acute Visual Expressions.- 4.5 Phonographical Systems.- 4.6 Auditive Expressions.- 4.7 Possible Expression Units for the Tactile, Olfactoric, and Gustile Perception.- 4.8 Summary.- 5. Synthesis and Formalization of Natural Language Morphology.- 5.1 Formalization of Permanent Visual Expression Morphologies.- 5.2 Formalization of Acute Visual Expressions.- 5.3 Formalization of Acute Auditive Expressions.- 5.4 Morphology Universals of Permanent Visual Expressions.- 5.5 Morphology Universals of Acute Expressions.- 5.6 Algorithm of Formalized Morphology (AFM).- 5.7 Summary.- 6. Analyses of Natural Language Syntax.- 6.1 Function Analyses of One Expression Unit.- 6.2 Function Analyses by the Presyntactical Sign Coordinates.- 6.3 Biao-Ratio, Expression Quotient of Sign Content.- 6.4 Biao-Ratio, A Criterion for the Three Expression Categories.- 6.5 Content Definition of the Meaning Sign.- 6.6 Meaning Words, Syntax Particles, Syntagms.- 6.7 Function Analyses of Syntagms.- 6.8 Syntax Universals.- 6.9 Summary.- 7. Synthesis and Formalization of Natural Language Syntax.- 7.1 Standardization Tendencies of Coded Expressions Towards a Biao-Ratio 1.- 7.2 Full Biao-Function.- 7.3 Function Formalization of Coded Expressions.- 7.4 Phenomenon of the Chain-Stitch Method.- 7.5 Graded Syntax Universals.- 7.6 Content-Dependent Context Sensitivity.- 7.7 Summary.- 8. Analyses of Natural Language Content.- 8.1 Newly Born Content Units and Their Classification.- 8.2 Classification Systems of Expressions and Their Content.- 8.3 Analyses of Concreta.- 8.4 Analyses of Abstracta.- 8.5 Summary.- 9. Syntheses and Formalization of Natural Language Content.- 9.1 Vertical Associations of a Deuter.- 9.2 Vectorial Continuity and Vertical Associations in a Componential Inventory.- 9.3 Disposal of One Meaning as a Vertex in a Deuter-Disc.- 9.4 Horizontal Associations of Meanings.- 9.5 The Deuter-Sphere to Represent Vertical and Horizontal Associations of a Content Thesaurus Three Dimensionally.- 9.6 Human-, Individual-, and Partial-Content Thesauri.- 9.7 The Six Subcriteria of One Deuter.- 9.8 Definition of One Deuter Representing the Content Unit of Natural Languages.- 9.9 Summary.- 10. Application of Natural Language Formalizations.- 10.1 Associative Functions in the Deuter-Sphere to Simulate Human Thinking.- 10.2 Associative Functions in the Deuter-Sphere to Establish Fundamental Definition Patterns of Content.- 10.3 Associative Functions in the Deuter-Sphere to Establish Fundamental Classification Rules of Newly Born Meanings.- 10.4 Priority Determination of Research Projects.- 10.5 Fundamental Deuter-Sphere Functions to Conceive Relational Data-Bank Models for Computer Software Concepts.- 10.6 Computer Hardware Realizations of Associative and Analog Memories Based on Deuter-Sphere Functions Including AFG Procedures.- 10.7 Summary.- References.- Author and Subject Index.
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