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39 Cards in this Set

  • Front
  • Back

Articulatory phonetics

how speech sounds are made in the body

Acoustic Phonetics

the physical properties of the speech sounds that are made

Perception

what happens to the speech signal once the sound wave has reached someone's ear

Phoneme

smallest unit of sound which can differentiate one word from another

Allophone



variations of a phoneme e.g. [k] in 'cat' and 'cool'

Pulmonic airflow

movement of airflow initiated by the lungs

Egressive airflow

airflow that comes out of the vocal tract

Thoracic cavity

chest

Anatomy

refers to the structure of living organisms

Physiology

refers to how living organisms and their parts function

Subglottal system

everything below the larynx/glottis

Inhalation

diaphragm contracts, intercostal muscles make ribcage move upwards and outwards, lower pressure

Exhalation

diaphragm relaxes, intercostal muscles relax and chest contracts, higher pressure

Initiation

setting air in motion through the vocal tract

Coronol sounds

produced using the front part of the tongue

Velum raised

nasal cavity blocked, air passes through mouth

Velum lowered

nasal cavity opened, nasal airflow

Phonation

modification of airflow as it passes through the larynx

Articulation

shaping of airflow to generate particular sounds

Posterior and lateral cricoarytenoid muscles

join the cricoid and arytenoid cartilages

Posterior contraction

vocal folds open

Lateral contraction

vocal folds closed

Apical
sounds made with tongue tip
Laminal
sounds made with tongue blade
Dorsal
sounds made with the middle/back of the tongue
Laminar
smooth airflow e.g. approximants
Resonants
more open than approximants with laminar airflow whether voiced or not - often function as vowels - nucleus of the syllable
Suprasegmentals
('musical' aspects) aspects of sound which relate to things like length, phrasing, intonation etc. Function over ('supra') vowels and consonants
Narrow transcription
contain representations of as many details as we can observe
Broad transcription
use a restricted set of symbols, glossing over many phonetic details on grounds that they're predictable from the context and not important in distinguishing word meanings e.g. in dictionaries
Simple transcription
uses familiar Roman letter shapes
Comparative transcription
(also narrower) used to compare sounds, transcribing different varieties of a single sound when we hear them
Systematic transcription
limit number of symbols used to a given set e.g. phonemic transcriptions - only the contrastive units of a language - enclosed in / /
Phonemic transcription
one linguistically meaningful sound map on to one symbol - necessarily broad
Allophonic transcription
narrower than phonemic, capturing such details even though they are predictabe
Impressionistic transcription
uses the full potential of the IPA to record much observable detail - necessarily narrow - enclosed in [ ]
Citation form
for when a word is spoken slowly and in isolation - found in dictionaries
Analphabetic notation
composite symbols (made up of different bits - e.g. Thomas Wright Hill who numbered all upper and lower articulators), whereas alphabetic = one symbol per sound e.g. IPA chart
Evaluation of the IPA
only some symbols appear in pairs, only some 'place' labels specify the upper and lower articulators e.g. labiodental, not all 'places' appear e.g. no epiglottal/post-palatal, retroflex is given as a 'place' but is more about the tongue, some gaps and some 'impossible' sounds possible