Classifying sounds Flashcards

1
Q

Phonology=

A

how sounds are organised in a particular language
(more to do with systems/patterns)

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2
Q

phoneme=

A

minimal contrastive unit

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3
Q

allophone=

A

phonetically similar, predictable, ways of producing a phoneme
(i.e. /p/ is [pʰ] in <pin>)</pin>

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4
Q

phone=

A

a speech sound, that does not rely on being classified as a phoneme or allophone

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5
Q

segment=

A

a minimal chunk of speech (can be phones or morphs)

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6
Q

criteria for phonemes (2)

A
  • must be in CONTRASTIVE distribution (aka sam phonetic contexts)
    -demonstrated via minimal pairs (‘den’ ‘then’)
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7
Q

methods of transcribing speech> (4)

A
  • India & Pāṇini
    -Quieyun & middle chinese
    -Arabic & sibawayh
    -Western europe & IPA
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8
Q

India & Pāṇini- what is it?> (5)

A
  • is a systematic minimalistic description of sanskrit grammar (with p/p, semantics), that:
    >aimed for oral recital
    -provided inspo for ling work in 18th c western europe (IPA)
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9
Q

Quieyun & middle chinese- what is it?>

A
  • Quieyun as a phonological framework for rhyming based on middle chinese
    -based on literary dialect of ‘lyoyang & nanjing’ (601CE)
  • aim to provide a framework so writers could prodcue correct rhymes in literature
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10
Q

India & Pāṇini- features

A

-consisted of ‘shiva sutras’–> (14) verses which group sanskirt phonemes to roguhly vowels/consoanants/syllables
- had wide ranging lingusitic descriptions

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11
Q

Quieyun & middel chinese- features>

A
  • based around syllable structure and tones
  • allows description of chinese lang syllables in terms of ‘initials’ and ‘finals’
  • incorporates tone as a fundametnal part of phonology
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12
Q

arabic & sibawayh- what is it?>

A

-treatise on arabic known as ‘al-Kitāb’ (780CE)
- based on qur’am poetry
-sibaway as L2 speaker of arabic from iran who produced text to assist in learning ‘correct’ Arabic

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13
Q

arabic & sibawayh- features>

A

consisted of:
-grammar, phonetics & phonology
-concepts similar to phonemes
-descriptions of places of articulation

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14
Q

IPA- what is it?>

A
  • widely used & international description
  • aims to represent all sounds in all langs
  • origins in western europe
  • most suitable for western european langs (OTHER column encompasses a lot of langs> not typologically diverse)
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15
Q

limitations of IPA> (5)

A

IPA as theoretical model of what is and not relevanrt in speech
>(1)-IPA forces us to choose which bits are relevant (doesnt include socioling info, speech rates, voice quality, pitch)
>(2) is speech discrete? (speech as continuous; overlap but IPA doesnt allow for
>(3) are consonants & vowels really separate? (lots of exceptions ‘syllabic consonants’)
>(4) inaccuracy of link between production with auditory characteristics (i.e. vowel quadrilateral doesnt fully align with tongue; more complex than height, front, rounding)
>(5) suprasegmentals vs ‘segmentals’ (designed from western perspective, not for those with tone for phonology; suprasegmentals are sidelined)

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16
Q

IPA assumptions>

A
  • some speech info considered relevant, some is not
  • sounds can be divided into discrete segments
  • sounds can be divided into vowels & consonants
  • production aligns with auditory characteristics
  • suprasegmentals apsect of speech can be represented independently of segments
17
Q

acoustics=

A

a record of how sounds spread across time

18
Q

wavelength=

A

length of a wave cycle

19
Q

frequency=

A

no of wavelength per second

20
Q

how to wavelengths and frequency relate to Hz?>

A

when 1 wavelength in 1s, frequency=1Hz

21
Q

links of amplitude to hearing>

A

higher amplitude=higher hearing

22
Q

links of frequency to hearing>

A

higher frequency=higher pitch

23
Q

periodic waves=

A

waves which have a repeating pattern (associated with voicing-[voiced sounds])

24
Q

aperiodic waves=

A

waves with NO repeating pattern (voicelessness)

25
Q

what is the process of ‘fourier’ transformation>

A

breaking down of complex wave> component frequencies we can analyse

26
Q

speech as a complex wave>

A
  • speech waveforms don’t look like the neat diagrams
  • speech as a complex wave made up of lots of constituent frequencies
27
Q

difference between waveform & spectrogram>

A

spectrogram gives more info about the constituent frequencies in the complex wave of speech
- shows ‘time’ & ‘frequency’ & darker areas show ‘amplitude’

28
Q

how to conceptualise spectrogram>

A
  • Spectrogram like a series of SLICES in time, stacked together like a pile of books
  • Each slice gives info about different frequencies in the complex wave at a particular TIME POINT
  • At these TP the complex wave has lots of energy at these frequencies
29
Q

summary of acoustic intro>

A
  • amplitude higher–>louder
  • frequency higher–>higher pitch
  • frequency= no of wave cycles per second
  • speech is made up of lots of waves with different frequencies
  • can see info of these on spectrogram
30
Q

speech chain>

A

-1- when someone speaks they are using their vocal muscles
-2- sound transmitted through air
-3- goes>ear of listener & processed in their brain

conversely:
- when someone is speaking they can hear themselves–>this is processed in their brain–>gives feedback to mouth

31
Q

in phonetics can study each aspect of speech chain via:

A
  • articulatory phonetics
  • acoustic phonetics
  • phonetic transcription
  • speech perception
  • auditory phonetics
32
Q
A