Pitch accent is a term used in autosegmental-metrical theory for local intonational features that are associated with particular syllables. Within this framework, pitch accents are distinguished from both the abstract metrical stress and the acoustic stress of a syllable. Different languages specify different relationships between pitch accent and stress placement.
Languages vary in terms of whether pitch accents must be associated with syllables that are perceived as prominent or stressed. [1] For example, in French and Indonesian, pitch accents may be associated with syllables that are not acoustically stressed, but in English and Swedish, syllables that receive pitch accents are also stressed. [2] Languages also vary in terms of whether pitch accents are assigned lexically or post-lexically. Lexical pitch accents are associated with particular syllables within words in the lexicon and can serve to distinguish between segmentally similar words. Post-lexical pitch accents are assigned to words in phrases according to their context in the sentence and conversation. Within a word, the pitch accent is associated with the syllable marked as metrically strong in the lexicon. Post-lexical pitch accents change not the identity of the word but rather how the word fits into the conversation. The stress/no-stress distinction and the lexical/post-lexical distinction create a typology of languages with regards to their use of pitch accents. [2]
Stress | No Stress | |
---|---|---|
Lexical | Swedish | Japanese |
Post-lexical | English | Bengali |
Languages that use lexical pitch accents are described as pitch accent languages, in contrast to tone/tonal languages like Mandarin Chinese and Yoruba. Pitch accent languages differ from tone languages in that pitch accents are assigned to only one syllable in a word, but tones can be assigned to multiple syllables in a word.
In the ToBI system, pitch accents consist of a high (H) or low (L) pitch target or a combination of H and L targets. H and L indicate relative highs and lows in the intonation contour, and their actual phonetic realization is conditioned by a number of factors, such as pitch range and preceding pitch accents in the phrase. In languages in which pitch accents are associated with stressed syllables, one target within each pitch accent may be designated with a *, indicating that this target is aligned with the stressed syllable. For example, in the L*+H pitch accent the L target is aligned with the stressed syllable, and it is followed by a trailing H target.
This model of pitch accent structure differs from that of the British School, which described pitch accents in terms of 'configurations' like rising or falling tones. [3] It also differs from the American Structuralists' system, in which pitch accents were made up of some combination of low, mid, high, and overhigh tones. [4] Evidence favoring the two-level system over other systems includes data from African tone languages and Swedish. One-syllable words in Efik (an African tone language) can have high, low, or rising tones, which would lead us to expect nine possible tone combinations for two-syllable words. However, we only find H-H, L-L, and L-H tone combinations in two-syllable words. This finding makes sense if we consider the rising tone to consist of an L tone followed by an H tone, making it possible to describe one- and two-syllable words using the same set of tones. [2] Bruce also found that alignment of the peak of a Swedish pitch accent, rather than the alignment of a rise or fall, reliably distinguished between the two pitch accent types in Swedish. [5] Systems with several target levels often over-predict the number of possible combinations of pitch targets.
Within autosegmental-metrical theory, pitch accents are combined with edge tones, also known as boundary tones, which mark the beginnings and/or ends of prosodic phrases, to determine the intonational contour of a phrase. The need for pitch accents to be distinguished from edge tones can be seen in contours (1) and (2) in which the same intonational events - an H* pitch accent followed by an L- phrase accent and a H% boundary tone - are applied to phrases of different lengths. Note that in both cases, the pitch accent remains linked to the stressed syllable and the edge tone remains at the end of the phrase. Just as the same contour can apply to different phrases (e.g. (1) and (2)), different contours can apply to the same phrase, as in (2) and (3). In (3) the H* pitch accent is replaced with an L* pitch accent.
(1)
(2)
(3)
Pitch accents can be divided into nuclear and prenuclear pitch accents. The nuclear pitch accent is defined as the head of a prosodic phrase. It is the most important accent in the phrase and perceived as the most prominent. In English it is the last pitch accent in a prosodic phrase. If there is only one pitch accent in a phrase, it is automatically the nuclear pitch accent. Nuclear pitch accents are phonetically distinct from prenuclear pitch accents, but these differences are predictable. [6]
Pitch accents in English serve as a cue to prominence, along with duration, intensity, and spectral composition. Pitch accents are made up of a high (H) or low (L) pitch target or a combination of an H and an L target. The pitch accents of English used in the ToBI prosodic transcription system are: H*, L*, L*+H, L+H*, and H+!H*. [7]
Most theories of prosodic meaning in English claim that pitch accent placement is tied to the focus, or the most important part, of the phrase. Some theories of prosodic marking of focus are concerned only with nuclear pitch accents.
Tone is the use of pitch in language to distinguish lexical or grammatical meaning—that is, to distinguish or to inflect words. All oral languages use pitch to express emotional and other para-linguistic information and to convey emphasis, contrast and other such features in what is called intonation, but not all languages use tones to distinguish words or their inflections, analogously to consonants and vowels. Languages that have this feature are called tonal languages; the distinctive tone patterns of such a language are sometimes called tonemes, by analogy with phoneme. Tonal languages are common in East and Southeast Asia, Africa, the Americas and the Pacific.
In linguistics, and particularly phonology, stress or accent is the relative emphasis or prominence given to a certain syllable in a word or to a certain word in a phrase or sentence. That emphasis is typically caused by such properties as increased loudness and vowel length, full articulation of the vowel, and changes in tone. The terms stress and accent are often used synonymously in that context but are sometimes distinguished. For example, when emphasis is produced through pitch alone, it is called pitch accent, and when produced through length alone, it is called quantitative accent. When caused by a combination of various intensified properties, it is called stress accent or dynamic accent; English uses what is called variable stress accent.
A pitch-accent language is a type of language that, when spoken, has certain syllables in words or morphemes that are prominent, as indicated by a distinct contrasting pitch rather than by loudness or length, as in some other languages like English. Pitch-accent languages also contrast with fully tonal languages like Vietnamese, Thai and Standard Chinese, in which practically every syllable can have an independent tone. Some scholars have claimed that the term "pitch accent" is not coherently defined and that pitch-accent languages are just a sub-category of tonal languages in general.
English phonology is the system of speech sounds used in spoken English. Like many other languages, English has wide variation in pronunciation, both historically and from dialect to dialect. In general, however, the regional dialects of English share a largely similar phonological system. Among other things, most dialects have vowel reduction in unstressed syllables and a complex set of phonological features that distinguish fortis and lenis consonants.
Japanese pitch accent is a feature of the Japanese language that distinguishes words by accenting particular morae in most Japanese dialects. The nature and location of the accent for a given word may vary between dialects. For instance, the word for "river" is in the Tokyo dialect, with the accent on the second mora, but in the Kansai dialect it is. A final or is often devoiced to or after a downstep and an unvoiced consonant.
Meeussen's rule is a special case of tone reduction. It was first described in Bantu languages, but occurs in analyses of other languages as well, such as Papuan languages. The tonal alternation it describes is the lowering, in some contexts, of the last tone of a pattern of two adjacent High tones (HH), resulting in the pattern HL. The phenomenon is named after its first observer, the Belgian Bantu specialist A. E. Meeussen (1912–1978). In phonological terms, the phenomenon can be seen as a special case of the Obligatory Contour Principle.
Stress is a prominent feature of the English language, both at the level of the word (lexical stress) and at the level of the phrase or sentence (prosodic stress). Absence of stress on a syllable, or on a word in some cases, is frequently associated in English with vowel reduction – many such syllables are pronounced with a centralized vowel (schwa) or with certain other vowels that are described as being "reduced". Various contradictory phonological analyses exist for these phenomena.
In linguistics, prosody is the study of elements of speech that are not individual phonetic segments but which are properties of syllables and larger units of speech, including linguistic functions such as intonation, stress, and rhythm. Such elements are known as suprasegmentals.
Downstep is a phenomenon in tone languages in which if two syllables have the same tone, the second syllable is lower in pitch than the first.
In linguistics, intonation is the variation in pitch used to indicate the speaker's attitudes and emotions, to highlight or focus an expression, to signal the illocutionary act performed by a sentence, or to regulate the flow of discourse. For example, the English question "Does Maria speak Spanish or French?" is interpreted as a yes-or-no question when it is uttered with a single rising intonation contour, but is interpreted as an alternative question when uttered with a rising contour on "Spanish" and a falling contour on "French". Although intonation is primarily a matter of pitch variation, its effects almost always work hand-in-hand with other prosodic features. Intonation is distinct from tone, the phenomenon where pitch is used to distinguish words or to mark grammatical features.
In linguistics, a prosodic unit is a segment of speech that occurs with specific prosodic properties. These properties can be those of stress, intonation, or tonal patterns.
Metrical phonology is a theory of stress or linguistic prominence. The innovative feature of this theory is that the prominence of a unit is defined relative to other units in the same phrase. For example, in the most common pronunciation of the phrase "doctors use penicillin", the syllable '-ci-' is the strongest or most stressed syllable in the phrase, but the syllable 'doc-' is more stressed than the syllable '-tors'. Previously, generative phonologists and the American Structuralists represented prosodic prominence as a feature that applied to individual phonemes (segments) or syllables. This feature could take on multiple values to indicate various levels of stress. Stress was assigned using the cyclic reapplication of rules to words and phrases.
The phonology of second languages is different from the phonology of first languages in various ways. The differences are considered to come from general characteristics of second languages, such as slower speech rate, lower proficiency than native speakers, and from the interaction between non-native speakers' first and second languages.
Tone letters are letters that represent the tones of a language, most commonly in languages with contour tones.
The phonology of Standard Chinese has historically derived from the Beijing dialect of Mandarin. However, pronunciation varies widely among speakers, who may introduce elements of their local varieties. Television and radio announcers are chosen for their ability to affect a standard accent. Elements of the sound system include not only the segments—e.g. vowels and consonants—of the language, but also the tones applied to each syllable. In addition to its four main tones, Standard Chinese has a neutral tone that appears on weak syllables.
ToBI is a set of conventions for transcribing and annotating the prosody of speech. The term "ToBI" is sometimes used to refer to the conventions used for describing American English specifically, which was the first ToBI system, developed by Mary Beckman and Janet Pierrehumbert, among others. Other ToBI systems have been defined for a number of languages; for example, J-ToBI refers to the ToBI conventions for Tokyo Japanese, and an adaptation of ToBI to describe Dutch intonation was developed by Carlos Gussenhoven, and called ToDI. Another variation of ToBI, called IViE, was established in 1998 to enable comparison between several dialects of British English.
Proto-Slavic accent is the accentual system of Proto-Slavic and is closely related to the accentual system of some Baltic languages with which it shares many common innovations that occurred in the Proto-Balto-Slavic period. Deeper, it inherits from the Proto-Indo-European accent. In modern languages the prototypical accent is reflected in various ways, some preserving the Proto-Slavic situation to a greater degree than others.
Julia Hirschberg is an American computer scientist noted for her research on computational linguistics and natural language processing.
The term boundary tone refers to a rise or fall in pitch that occurs in speech at the end of a sentence or other utterance, or, if a sentence is divided into two or more intonational phrases, at the end of each intonational phrase. It can also refer to a low or high intonational tone at the beginning of an utterance or intonational phrase.
Lyric setting is the process in songwriting of placing textual content (lyrics) in the context of musical rhythm, in which the lyrical meter and musical rhythm are in proper alignment as to preserve the natural shape of the language and promote prosody.
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