The Experts below are selected from a list of 327 Experts worldwide ranked by ideXlab platform

Yan Kapranov - One of the best experts on this subject based on the ideXlab platform.

  • methodological algorithm for diachronic interpretation of nostratic mar a tree based on the data taken from bomhard s a comprehensive introduction to nostratic Comparative Linguistics with special reference to indo european
    Advanced Education, 2018
    Co-Authors: Yan Kapranov
    Abstract:

    The article discusses the methodological algorithm for diachronic interpretation of the Nostratic etymon *mar-a “tree” represented in the A. R. Bomhard’s “A Comprehensive Introduction to Nostratic Comparative Linguistics: With Special Reference to Indo-European. The paper elaborates the definition of the Nostratic etymon as a hypothetical language-ancestor, established based on the comparison of the degree of affinity with the available reconstructed etymons at the level of every Nostratic language family (Altaic, Afro-Asiatic, Dravidian, Indo-European, Kartvelian, and Uralic). The author comes to the conclusion that Bomhard used the three research stages to identify the Nostratic etymon. At the first stage (the level of the language family) the Comparative-historical method is used with the procedures of internal (etymon(s) / proto-form(s) at the level of the language group) and external (comparison of etymons / proto-forms reconstructed for certain language groups in order to reconstruct etymon / proto-form at the level of the language family) reconstruction; the step-by-step reconstruction method. At the second stage (the level of macrofamily) the mass comparison method is used. It helps to involve the already reconstructed etymons at the level of every Nostratic language family into comparison. At the third stage, a specially developed method of diachronic interpretation is used. An attempt tries to prove that the diachronic interpretation of the Nostratic *mar-a “tree” is confirmed by the analysis of language data. The paper considers two methodological procedures: 1) the comparison of a sufficient number of common morphs (or allomorphs) in comparable languages, i.e. the establishment of similar rules for combining regular phonetic correspondences; 2) the semantic similarity of common morphs (or allomorphs) in comparable languages.

  • METHODOLOGICAL ALGORITHM FOR DIACHRONIC INTERPRETATION OF NOSTRATIC *mar-a “tree” (based on the data taken from Bomhard’s “A Comprehensive Introduction to Nostratic Comparative Linguistics: With Special Reference to Indo-European”)
    Advanced Education, 2018
    Co-Authors: Yan Kapranov
    Abstract:

    The article discusses the methodological algorithm for diachronic interpretation of the Nostratic etymon *mar-a “tree” represented in the A. R. Bomhard’s “A Comprehensive Introduction to Nostratic Comparative Linguistics: With Special Reference to Indo-European. The paper elaborates the definition of the Nostratic etymon as a hypothetical language-ancestor, established based on the comparison of the degree of affinity with the available reconstructed etymons at the level of every Nostratic language family (Altaic, Afro-Asiatic, Dravidian, Indo-European, Kartvelian, and Uralic). The author comes to the conclusion that Bomhard used the three research stages to identify the Nostratic etymon. At the first stage (the level of the language family) the Comparative-historical method is used with the procedures of internal (etymon(s) / proto-form(s) at the level of the language group) and external (comparison of etymons / proto-forms reconstructed for certain language groups in order to reconstruct etymon / proto-form at the level of the language family) reconstruction; the step-by-step reconstruction method. At the second stage (the level of macrofamily) the mass comparison method is used. It helps to involve the already reconstructed etymons at the level of every Nostratic language family into comparison. At the third stage, a specially developed method of diachronic interpretation is used. An attempt tries to prove that the diachronic interpretation of the Nostratic *mar-a “tree” is confirmed by the analysis of language data. The paper considers two methodological procedures: 1) the comparison of a sufficient number of common morphs (or allomorphs) in comparable languages, i.e. the establishment of similar rules for combining regular phonetic correspondences; 2) the semantic similarity of common morphs (or allomorphs) in comparable languages.

  • methodological algorithm for diachronic interpretation of nostratic mar a tree based on the data taken from bomhard s a comprehensive introduction to nostratic Comparative Linguistics with special reference to indo european
    Advanced Education, 2018
    Co-Authors: Yan Kapranov
    Abstract:

    The article discusses the methodological algorithm for diachronic interpretation of the Nostratic etymon *mar-a “tree” represented in the A. R. Bomhard’s “A Comprehensive Introduction to Nostratic Comparative Linguistics: With Special Reference to Indo-European. The paper elaborates the definition of the Nostratic etymon as a hypothetical language-ancestor, established based on the comparison of the degree of affinity with the available reconstructed etymons at the level of every Nostratic language family (Altaic, Afro-Asiatic, Dravidian, Indo-European, Kartvelian, and Uralic). The author comes to the conclusion that Bomhard used the three research stages to identify the Nostratic etymon. At the first stage (the level of the language family) the Comparative-historical method is used with the procedures of internal (etymon(s) / proto-form(s) at the level of the language group) and external (comparison of etymons / proto-forms reconstructed for certain language groups in order to reconstruct etymon / proto-form at the level of the language family) reconstruction; the step-by-step reconstruction method. At the second stage (the level of macrofamily) the mass comparison method is used. It helps to involve the already reconstructed etymons at the level of every Nostratic language family into comparison. At the third stage, a specially developed method of diachronic interpretation is used. An attempt tries to prove that the diachronic interpretation of the Nostratic *mar-a “tree” is confirmed by the analysis of language data. The paper considers two methodological procedures: 1) the comparison of a sufficient number of common morphs (or allomorphs) in comparable languages, i.e. the establishment of similar rules for combining regular phonetic correspondences; 2) the semantic similarity of common morphs (or allomorphs) in comparable languages.

Shen Xiao-long - One of the best experts on this subject based on the ideXlab platform.

Yoshio Okada - One of the best experts on this subject based on the ideXlab platform.

  • Functional Word in a Protein. V. Comparative Linguistics.
    Proceedings of the Japan Academy. Ser. B: Physical and Biological Sciences, 1996
    Co-Authors: Yukio Kiho, Kaoru Katori, Kunio Oshima, Tsuruji Iwai, Yoshio Okada
    Abstract:

    Nucleotide sequence of trypsin is analysed by the DEV model for the assignment of its functional system. The number of alphabets is reduced from five (A, T, G, C, S)1) to three (A, C, S or A, G, S) or two (A, C or A, G). Results strengthen the view obtained in five-alphabet system: less-specific but exact assignment of functional system. Comparison between different numbered alphabets is made which includes electric circuit, two alphabet (0, 1) made of conductor.

Johanna Nichols - One of the best experts on this subject based on the ideXlab platform.

Tandy Warnow - One of the best experts on this subject based on the ideXlab platform.

  • Mathematical approaches to Comparative Linguistics
    Proceedings of the National Academy of Sciences of the United States of America, 1997
    Co-Authors: Tandy Warnow
    Abstract:

    The inference of the evolutionary history of a set of languages is a complex problem. Although some languages are known to be related through descent from common ancestral languages, for other languages determining whether such a relationship holds is itself a difficult problem. In this paper we report on new methods, developed by linguists Johanna Nichols (University of California, Berkeley), Donald Ringe and Ann Taylor (University of Pennsylvania, Philadelphia), and me, for answering some of the most difficult questions in this domain. These methods and the results of the analyses based on these methods were presented in November 1995 at the Symposium on the Frontiers of Science held by the National Academy of Sciences.