Phonetik / Phonologie
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The shortening of linguistic expressions naturally involves some sort of correspondence between short forms and (some portion of) the respective full forms. Based mostly on data from English and Hebrew this article explores the hypothesis that such correspondence concerns necessary sameness of symbolic form, referring either to graphemic or to a specific level of phonological representation. That level indicates a degree of abstractness defined by language-specific contrastiveness (i.e. “phonemic”). Reference to written form can be shown to be highly systematic in certain contexts, including cases where full forms consist of multiple stems. Specific asymmetries pertaining to the targeting of material by correspondence (e.g. initial vs. non-initial position) appear to be alike for both types of representation, a claim supported by a study based on a nomenclature strictly confined to writing (chemical element symbols).
We present evidence for the analysis of the vowels in English <say> and <so> as biphonemic diphthongs /ɛi/ and /əu/, based on neutralization patterns, regular alternations, and foot structure. /ɛi/ and /əu/ are hence structurally on a par with the so called “true diphthongs” /ɑi/, /ɐu/, /ɔi/, but also share prosodic organization with the monophthongs /i/ and /u/. The phonological evidence is supported by dynamic measurements based on the American English TIMIT database.
Calculations of F2-slopes proved to be especially suited to distinguish the relevant groups in accordance with their phonologically motivated prosodic organizations.
This study presents the results of a large-scale comparison of various measures of pitch range and pitch variation in two Slavic (Bulgarian and Polish) and two Germanic (German and British English) languages. The productions of twenty-two speakers per language (eleven male and eleven female) in two different tasks (read passages and number sets) are compared. Significant differences between the language groups are found: German and English speakers use lower pitch maxima, narrower pitch span, and generally less variable pitch than Bulgarian and Polish speakers. These findings support the hypothesis that inguistic communities tend to be characterized by particular pitch profiles.
Based on specific linguistic landmarks in the speech signal, this study investigates pitch level and pitch span differences in English, German, Bulgarian and Polish. The analysis is based on 22 speakers per language (11 males and 11 females). Linear mixed models were computed that include various linguistic measures of pitch level and span, revealing characteristic differences across languages and between language groups. Pitch level appeared to have significantly higher values for the female speakers in the Slavic than the Germanic group. The male speakers showed slightly different results, with only the Polish speakers displaying significantly higher mean values for pitch level than the German males. Overall, the results show that the Slavic speakers tend to have a wider pitch span than the German speakers. But for the linguistic measure, namely for span between the initial peaks and the non-prominent valleys, we only find the difference between Polish and German speakers. We found a flatter intonation contour in German than in Polish, Bulgarian and English male and female speakers and differences in the frequency of the landmarks between languages. Concerning “speaker liveliness” we found that the speakers from the Slavic group are significantly livelier than the speakers from the Germanic group.
This study investigates cross-language differences in pitch range and variation in four languages from two language groups: English and German (Germanic) and Bulgarian and Polish (Slavic). The analysis is based on large multi-speaker corpora (48 speakers for Polish, 60 for each of the other three languages). Linear mixed models were computed that include various distributional measures of pitch level, span and variation, revealing characteristic differences across languages and between language groups. A classification experiment based on the relevant parameter measures (span, kurtosis and skewness values for pitch distributions for each speaker) succeeded in separating the language groups.
American English and German AI, AU observed in cognates such as Wein, wine, Haus, house are usually treated on a par, represented with the same initial vowel (cf. [ai], [au] for Am. Engl, and German [1]). Yet, acoustic measurements indicate differences as the relevant trajectories characteristically cross in Am. Engl, but not in German. These data may indicate consistency with the same initial target for these diphthongs in German, supporting the choice of the same Symbol /a/ in phonemic representation, as opposed to distinct targets (and distinct initial phonemes) in American English.
Die wortinitialen Segmente in Deutsch ja, jung sowie die Zweitkomponenten in den so genannten schließenden Diphthongen wie in Hai, Heu, Hau weisen im Vergleich zu hohen Vokalen in Kuh, Knie eine stark variierende Artikulation auf – zudem treten diese Laute in unterschiedlichen Kontexten auf. Die hier beobachtbaren Zusammenhänge zwischen Distribution und Aussprache lassen auf durch unterschiedliche silbische Positionen bedingte Allophonie schließen (Morciniec 1958; Shannon 1984; Hall 1992; für Englisch: Jakobson/Fant/Halle 1952, S. 20). Eine solche Analyse, die zudem eine erhebliche Reduktion des Phoneminventars beinhaltet, konnte sich bislang für das Deutsche nicht durchsetzen: Gewöhnlich sind sowohl die schließenden Diphthonge als auch [j] im deutschen Phoneminventar aufgeführt; letzteres Segment wird sogar meist als Frikativ klassifiziert. Der Sprachvergleich ergibt neue phonologische Generalisierungen, die eine durch Silbenstruktur bedingte allophonische Analyse stützen. Insbesondere lassen sich Abstufungen erkennen, die auf durch Sonorität bestimmte Silbifizierungsbedingungen schließen lassen.
Gaps in Word Formation
(1996)
Trubetzkoy's recognition of a delimitative function of phonology, serving to signal boundaries between morphological units, is expressed in terms of alignment constraints in Optimality Theory, where the relevant constraints require specific morphological boundaries to coincide with phonological structure (Trubetzkoy 1936, 1939, McCarthy & Prince 1993). The approach pursued in the present article is to investigate the distribution of phonological boundary signals to gain insight into the criteria underlying morphological analysis. The evidence from English and Swedish suggests that necessary and sufficient conditions for word-internal morphological analysis concern the recognizability of head constituents, which include the rightmost members of compounds and head affixes. The claim is that the stability of word-internal boundary effects in historical perspective cannot in general be sufficiently explained in terms of memorization and imitation of phonological word form. Rather, these effects indicate a morphological parsing mechanism based on the recognition of word-internal head constituents. Head affixes can be shown to contrast systematically with modifying affixes with respect to syntactic function, semantic content, and prosodic properties. That is, head affixes, which cannot be omitted, often lack inherent meaning and have relatively unmarked boundaries, which can be obscured entirely under specific phonological conditions. By contrast, modifying affixes, which can be omitted, consistently have inherent meaning and have stronger boundaries, which resist prosodic fusion in all phonological contexts. While these correlations are hardly specific to English and Swedish it remains to be investigated to which extent they hold cross-linguistically. The observation that some of the constituents identified on the basis of prosodic evidence lack inherent meaning raises the issue of compositionality. I will argue that certain systematic aspects of word meaning cannot be captured with reference to the syntagmatic level, but require reference to the paradigmatic level instead. The assumption is then that there are two dimensions of morphological analysis: syntagmatic analysis, which centers on the criteria for decomposing words in terms of labelled constituents, and paradigmatic analysis, which centers on the criteria for establishing relations among (whole) words in the mental lexicon. While meaning is intrinsically connected with paradigmatic analysis (e.g. base relations, oppositeness) it is not essential to syntagmatic analysis.