Title: Ling 390 - Intro to Linguistics - Winter 2005 Class 1 - Monday, January 3, 2005
1Step 1 Memorize IPA - practice quiz today - real
quiz on Tuesday (over consonants)!
Phonology is about looking for patterns and
arguing your assessment of those patterns (be
clear, orderly and logical) Course calendar may
change depending on you HW1 due Tues 1/17
practice for Quiz Quiz 1 is on Tues 1/17 Quiz 2
on Thurs 1/19
About me, you and this course. Webpage
web.pdx.edu/connjc
2Ch2 Phonemic Analysis
-
- Phonology - the organization of sound system of a
language includes how sounds vary within
contexts, the sequencing and distribution of
sounds, and it is interfaced with other aspects
of grammar like syntax and morphology. - Phonemic distinction - a phonetic difference is
meaningful - Phonemes the minimal units that serve to
distinguish words with each other (p. 20)
3Ch2 Phonemic Analysis
- Looking for meaningful contrast between sounds
- (distinctive sounds, sounds in opposition)
phonemes
- Minimal Pairs - 2 forms with distinct meanings
that differ by only 1 segment found in the same
position in each form - Like 2 words that rhyme (minimal pairs test for
consonants) - sip and zip show a meaningful difference between
the segments s and z - Because of this minimal pair, we can say for sure
that /s/ and /z/ are separate phonemes - Can also use minimal triplet or for more, minimal
set
4Ch2 Phonemic Analysis
- Minimal pairs is a test used to find phonemes
- Phonemes - segments that contrast with each
other in a particular language belong to separate
phonemes - Cant always find MP for all phonemes in all
environments - only occur in certain
environments in English
5Ch2 Phonemic Analysis
- When 2 or more sounds never occur in the same
environment then they are in complementary
distribution
6Ch2 Phonemic Analysis
- When 2 or more sounds never occur in the same
environment then they are in complementary
distribution
voiceless stop
aspirated voiceless stop
unreleased voiceless stop
7Ch2 Phonemic Analysis
- Allophones - When two or more segments are
phonetically distinct but phonologically the same
(predictable variation).
at the Daily Planet
saving the world
at Darcelles
8Ch2 Phonemic Analysis
- Phonetic representation - shows all allophones
and all information about segments that is
phonetically produced - Phonemic representation - only shows phoneme
Phonemic representation
/p/
Phonetic representation
9Ch2 Phonemic Analysis
- English one phoneme /p/ and allophones include
p and ph
Phonemic representation
/p/
p ph
Phonetic representation
- Thai 2 phonemes /p/ and /ph/
Phonemic representation
/p/ /ph/
p ph
Phonetic representation
10- Complementary Distribution - remember that the
phoneme /p/ has 3 allophones
Ch2 Phonemic Analysis
Environments
Phonetic Environments Examples ___ word
initial ___ word final s ___ after
s ___ C before a consonants C ___ V
between a consonant and a vowel V ___ V
between two vowels V ___ word-final after a
vowel C ___ word-final after a consonant
11Ch2 Phonemic Analysis
- The component of the grammar that determines the
selection of speech sounds and that governs both
the sound patterns and the systematic phonetic
variation found in language. - Phoneme - the idea of the sound and
organizational unit for all its allophones - in
yo head - Allophones - the phonetic realizations of the
phoneme in certain phonetic environments - out
yo mouth
12Ch2 Phonemic Analysis
13Ch2 Phonemic Analysis
Yes - minimal pairs 1-7 2-8 3-9 4-10 so
14Ch2 Phonemic Analysis
Phonetic Environments ___ word initial ___
word final s ___ after s o ___ e
between o and e
Phonetic Environments ___ C before a
consonant C ___ V between a consonant and a
vowel V ___ V between two vowels V ___
word-final after a vowel C ___ word-final
after a consonant
15Ch2 Phonemic Analysis
organize your data
16Ch2 Phonemic Analysis
Organize your data! Where does each sound
occur? List the specific immediately preceding
sound and the specific immediately following
sound (dont generalize yet!)
17Ch2 Phonemic Analysis
Phonetic Environments ___ word initial ___
word final s ___ after s o ___ e
between o and e
Phonetic Environments ___ C before a
consonant C ___ V between a consonant and a
vowel V ___ V between two vowels V ___
word-final after a vowel C ___ word-final
after a consonant
18Ch2 Phonemic Analysis
Organize your data! Where does each sound
occur? List the specific immediately preceding
sound and the specific immediately following
sound (dont generalize yet!)
before a, o, e, o, word initially, etc
elsewhere
all before u
all before i
19Ch2 Phonemic Analysis
20Ch2 Phonemic Analysis
- Underlying representation (UR) - the
unpredictable phonological information
represented in a phonemic representation (green
folders) - Surface representations (PR) - the phonetic
representations (manila folders) - We use rules (formalized phonological processes)
to derive the PR from the UR
21Ch2 Phonemic Analysis
22Ch2 Phonemic Analysis
- The text talks about /eI/ shortening that the
vowel is shorter before voiceless consonants.
See data on p. 22 for more details. Everyone
understand this?
23Ch2 Phonemic Analysis
- We use rules (formalized phonological processes)
to derive the PR from the UR - Phonological rules are
- language specific not all languages follow the
same rules (not all langs have shorter vowels
before voiceless consonants) - Productive extend to novel cases If new word
create in Eng, vake, would follow shortening rule - Give rise to well-formedness intuitions
violations are sensed intuitively - Untaught not something we learn through direct
instruction, but rather intuitively - Form part of unconscious knowledge these are
rules we follow but dont know we follow why we
dont necessarily know that there is a shorter
vowel before voiceless consonants
24Ch2 Phonemic Analysis
- Basically, based on the distribution of sounds,
we can say that these sounds are in complementary
distribution. All of the allophones except 1
will be predictable (they will occur in a
predictable environment usually due to
assimilation or something like that). The 1
allophone that is NOT predictable we call
elsewhere. This way, we can use that as the
phoneme (the least predictable allophone) and
write a rule do derive other allophones.
25Ch2 Phonemic Analysis
- Think about Japanese data we could say that one
of the affricates is the phoneme, and we would
have to write a very messy rule to predict where
its allophone of t would occur! - We are going backwards from the data and based on
the distribution and patterning of sounds, we are
theorizing that certain sounds are organized
under 1 unit (a phoneme) and there are rules to
predict its occurrence
26Ch2 Phonemic Analysis
- Formalizing phonological rules the first step
is to be able to state in prose and use a
simplified features system - Look at the data for /l/ in Eng on p. 25 (below
too). Everyone understand the analysis?
27Ch2 Phonemic Analysis
- Now we can come up with rules to derive the
non-elsewhere allophones. See list of rules on
p. 29 and below - Note that some use ___ to indicate word final
while text uses ___ word
28Ch2 Phonemic Analysis
- Now look at derivations on p. 30 (below). Need
to run all possible /l/ instances through all
rules to make sure that the rule applies when it
does and it doesnt apply incorrectly
29Ch2 Phonemic Analysis
- Minimal pair vs. near minimal pair.
- Minimal Pair
- sip and zip show a meaningful difference between
the segments - s and z
- Near Minimal Pair
- author and either show a meaningful difference
between the segments
- However, if we are trying to find allophones of 1
phoneme, then a near minimal pair could include
words where the 2 sounds in question are just in
the same environment but not necessarily a
minimal pair like tether and pleasure
30Ch2 Phonemic Analysis
- It is due to phonology and organization of sounds
that can differ between languages rather than the
sounds themselves. Compare Spanish and English.
31Ch2 Phonemic Analysis
- It is due to phonology and organization of sounds
that can differ between languages rather than the
sounds themselves. Compare Spanish and English.
32Ch2 Phonemic Analysis
- It is due to phonology and organization of sounds
that can differ between languages rather than the
sounds themselves. Compare Spanish and English.
- Looking at the 4 sounds involved here are how
they are phonetically related.
33Ch2 Phonemic Analysis
- It is due to phonology and organization of sounds
that can differ between languages rather than the
sounds themselves. Compare Spanish and English.
- Looking at the 4 sounds involved here are how
they are phonologically different in the 2
languages.
34Ch2 Phonemic Analysis
- Massai data - we notice that there can be
complementary distribution identified for 3
sounds belonging to 1 phoneme for 3 different
phonemes. Notice that the same rule can be
applied to all the different allophones and that
this is a more general process due to natural
classes.
35Ch2 Phonemic Analysis
- Natural class of sounds is defined as any
complete set of sounds in a given language that
share the same value for a feature or set of
features. (p. 43) Note that it needs to be all
sounds possible for that language they will
usually behave the same (share phonological
rules).
36Ch2 Phonemic Analysis
- Minimal pair vs. near minimal pair.
- Minimal Pair
- sip and zip show a meaningful difference between
the segments - s and z
- Near Minimal Pair
- author and either show a meaningful difference
between the segments
- However, if we are trying to find allophones of 1
phoneme, then a near minimal pair could include
words where the 2 sounds in question are just in
the same environment but not necessarily a
minimal pair like tether and pleasure
37Ch2 Phonemic Analysis
- Practice with Phonemic analysis in class
exercises - groups
38Ch2 Phonemic Analysis
- Practice with Phonemic analysis in class
exercises - groups
39Ch2 Phonemic Analysis
40- fo? nEkst ta?Im
- Keep on Ch 2 /Start Ch 3
- Remember Quizzes on IPA next week and HW1 due on
Tuesday!