방법 비교

	Comparative Method (Historical Linguistics)	Phylogenetic Linguistics
분야	언어학	언어학
계열	Process / pipeline	Process / pipeline
기원 연도	1861	2003
창시자	Neogrammarians (Karl Brugmann, August Schleicher; building on Rasmus Rask, Jacob Grimm, Franz Bopp)	Russell Gray & Quentin Atkinson (modern Bayesian application); rooted in computational phylogenetics
유형	Systematic comparison of cognates to reconstruct a proto-language and establish genetic relationship	Computational inference of language family trees and divergence dates from coded linguistic data
원전	Campbell, L. (2013). Historical Linguistics: An Introduction (3rd ed.). Edinburgh University Press. ISBN: 9780748675593	Gray, R. D., & Atkinson, Q. D. (2003). Language-tree divergence times support the Anatolian theory of Indo-European origin. Nature, 426(6965), 435–439.
별칭	Comparative Reconstruction, Comparative Linguistic Reconstruction, Method of Comparative Reconstruction	Linguistic Phylogenetics, Computational Language Phylogenetics, Phylogenetic Language Classification
관련	4	4
요약	The comparative method is the foundational technique of historical linguistics for demonstrating that languages are genetically related and for reconstructing their unattested common ancestor. By systematically comparing cognate words across related languages and uncovering the regular, recurring sound correspondences between them — exemplified by Grimm's Law in Germanic — analysts reconstruct the forms of the proto-language and the sound changes that produced each daughter, and on that basis build the family tree. It is a qualitative, evidence-driven method distinct from the generic logic of cross-case comparison: here the 'comparison' is of linguistic forms governed by the regularity of sound change.	Computational phylogenetic linguistics borrows the statistical machinery developed in evolutionary biology — Bayesian inference, maximum likelihood, and distance-based network methods — and applies it to coded linguistic data, chiefly cognate-judged basic vocabulary, to infer language family trees and estimate when branches diverged. By treating linguistic characters like the molecular characters in a gene alignment and modelling their change probabilistically along a tree, the approach produces classifications with explicit measures of uncertainty and, when calibrated, dated phylogenies. Its best-known applications are the Gray and Atkinson and Bouckaert et al. analyses of Indo-European origins.