1988
DOI: 10.1159/000261820
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Feature Geometry and Dependency: A Review

Abstract: A fundamental problem in phonological theory is the fact that processes often operate on consistent subsets of the distinctive features within a segment, like the features that characterize place of articulation. Recent research has responded to this problem by proposing a hierarchical organization of the features into functionally related classes, grouped under nodes of a tree structure. This ‘geometry’ resembles earlier theories that accomplish the same thing with multivalued features. This article reviews a… Show more

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Cited by 500 publications
(257 citation statements)
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“…Dengan erti kata lain, fitur-fitur yang diwakili oleh sesuatu segmen atau konsonan dikategorikan mengikut alat artikulasi utama. Oleh sebab itu, Halle tidak bersetuju dengan McCarthy (1988) dan Sagey (1986) yang mengelaskan segmen berdasarkan nodus, sebaliknya Halle menegaskan segmen dikategorikan berasaskan fitur mengikut artikulasi utama.…”
Section: Geometri Fitur Halleunclassified
“…Dengan erti kata lain, fitur-fitur yang diwakili oleh sesuatu segmen atau konsonan dikategorikan mengikut alat artikulasi utama. Oleh sebab itu, Halle tidak bersetuju dengan McCarthy (1988) dan Sagey (1986) yang mengelaskan segmen berdasarkan nodus, sebaliknya Halle menegaskan segmen dikategorikan berasaskan fitur mengikut artikulasi utama.…”
Section: Geometri Fitur Halleunclassified
“…The feature geometry assumed by Duanmu (2002) is given in (2) (c.f., Clements (1985), Sagey (1986), Ladefoged & Halle (1988), McCarthy (1988, Steriade (1989), Kenstowicz (1994) and Halle (1995) [-nasal]. When a complex segment is characterized by multiple articulators, the articulator with the greater degree of stricture is considered the major articulator (represented throughout by * after the major articulator, following Kenstowicz (1994) pw, pr, pl, pj, tw, tr, tj, kw, kr, kl, kj, bw, br, bl, bj, dw, d r, dj, w, r, l, j, fw, fr, fl, fj, w, r, j, sw, sr, sl, sj, s p, st, sk, sf, sv, sm, sn, w, r, t, n, m,vw, vr, vl, vj, zw, zl, zj, hj, lj, nj, mj…”
Section: Articulator-based Feature Theorymentioning
confidence: 99%
“…'friend' *q'lob' While many of the clusters that Barrett (1999Barrett ( , 2000 reports can be represented as single segments, a large number of these sequences must be two segments given the No Contour Principle. An analysis of syllable structure in Sipakapense couched in the CVX theory is forced, then, to say that Sipakapense tolerates unlicensed internal segments, or possibly that there is further syllabification among the Cs, as in Berber (Dell & Elmedlaoui 1985, 1988. The problem this seems to pose for the CVX theory is not the fact that there are unlicensed internal segments, but the CVX theory does not seem equipped on its own to predict that at most one unsyllabified segment can occur word-internally.…”
Section: Sipakapense Mayamentioning
confidence: 99%
“…There have been numerous proposals regarding the properties and structures needed to constitute an adequate feature geometry (e.g. Clements, 1985;McCarthy, 1988;Sagey, 1986). These have evolved mainly from examinations of assimilations, dissimilations, and the effects of the obligatory contour principle in fully developed primary languages.…”
Section: Introductionmentioning
confidence: 99%