Recordings
Note: Ethical question on
recordings (book says OK, but US / IRB issues)
What used for?
pronunciation:
vocabulary
frequency
of usage
regionalisms
Conversational analysis
Practical considerations:
Audio
only or audio and video?
Regular
tape recorder or digital recorder?
How
much time do you need?
External
microphone
Making
copies
Identifying
speakers
Quiet place, no kids
running around, traffic
New technologies:
Recording
from Internet (e.g. BBC or regional English): Replay
A/V
For
transcripts only, can sometimes get these on Web: e.g. CNN,
NPR,
movie scripts
PodCasting, etc
General problems:
Acoustic Phonetics
using spectrographs to make precise measurements. VOT in English

Available speech corpora
(so you don’t have to do your own :-)
Linguistic
Data Consortium: Membership, collects corpora, used by
programmers, speech recognition-transcribed orthographically,
phonetically, time stamp. Examples:
Observations
"The
collection of data without manipulating it"
"Simply observe
ongoing activities, without making any attempt to control
or determine them"
Can use in: (give examples)
Examples:
Labov,
Montreal-observe whether French or English used; age, sex, place
of people, topic of conversation
Observing
people’s speech in grocery store. No observer’s paradox, but
may be unethical
African
Americans say they speak with less marked features in the
workplace, but observation found otherwise
Boys vs girls: Give
kids puppets to play with, play session taped. Boys use
assertive aggressive and girls use cooperative language
Advantages:
"Holistic"
view of language
Little
"observer's paradox"; observe non-standard forms
Easy
to administer
If TV / radio /
Internet, etc, fairly easy to get data
Disadvantages:
Have
to guess at age, socioeconomic status, education level
Ethics
of hidden recordings
Need lots of data to
get the "linguistic nuggets" that you want
General methodology:
Different
environments yield different data (e.g. slips of the tongue)
Make
notes on environmental variables (time of day, number in group,
what doing, etc)
To
what degree should the observer be part of the group?
Keep numbers small, but
can pool subjects
Case
studies
When use:
Can use in: (give examples)
L1,
L2
Speech
impediments / aphasia-stroke / speech therapists
Language and education
(literacy), (e.g. teachers talk less to minority children)
Advantages:
Disadvantages:
General methodology:
Hopefully
someone you know and feel comfortable with
Treat
the subject with respect
Create baseline and
measure from there
Experiments
When use:
"Control
as many variables as possible and manipulate one (or more) to
find out what effect that variable has on the overall result"
Have
explicit hypothesis, and then attempt to prove (or disprove)
that hypothesis
When subjects can't
give judgments
Can use in: (give examples)
L1
acquisition: infants and phoneme recognition
L1
acquisition: toddlers and passives
Sociolinguistics
(Labov and /r/ in New York City department stores)
Education
(e.g. different teaching methods; 8 AM vs 9 AM classes)
Psycholinguistics
(Dichotic - one ear vs other)
Advantages:
Provide
precise data for/against a given hypothesis (e.g. dichotic)
With enough detail when
published, can be replicated
Disadvantages:
Can
results be generalized outside of experiment (e.g. language
learning)
Often,
quite hard to set up experiment correctly, and to account for
all variables
Some people don't make
good research subjects (e.g. dichotic for children)
General methodology:
Want
to change just a few variables (e.g. two different teaching
methods; class time; teachers)
Best
to have a "control group" (e.g. language learning)
Distribute
groups evenly (e.g. language learners: M/F, but men 15-25 and
women 45-55)
Double
blind study eliminates experimenter bias (e.g. language
learning)
Internal
validity: Is the measure reliable? (E.g. bathroom scales that
read differently each time)
External
validity: Are the results relevant to situations outside of the
experiment? (E.g. test involving BYU linguistics students, who
have extensive language experience abroad)
Large
enough sample size
Run
a pilot study first
Right equipment (e.g.
one-ear listening test, or response time on the computer)
Examples:
Pragmatics:
Making inferences
Psycholinguistics:
Bottom-up vs top-down processing
Reading:
Eye movement
Reading:
Word recognition
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