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35 Cards in this Set

  • Front
  • Back
Target Behavior
Any DEFINED, observable, and measurable bx that is the focus of ANALYSIS and INTERVENTION
Do we measure and change bx?
No -- we measure and change Dimensional Quantities of bx
(i.e. latency, duration, etc.)
Latency
amount of time between stimulus and response
Duration
amount of time the response occupies
Frequency s/be
Countability
Number of responses --

Responses tend to reoccur
Response class
multiple responses --
has its own dimensional quantities (i.e. IRT, celeration, etc)
IRT
Inter-response time =
time between two responses
Rate
same as frequency =
number of responses over some period of time
Celeration
Change in bx over time --

Rates/time = graphed
IRTs Increase

IRTs Decrease
Increase = Rate decrease .....

Decrease = Rate Increase
Is this an example of target behavior? Social Skills
No -- too broad (8)
Is this an example of target behavior? On-task
No -- too broad (12)
IRT, Rate, and Celeration all share which fundamental properties?
Repeatability and Temporal locus
The student completes 30 math problems correctly.
Ex. of which dimensional quantity?
frequency / countability
Data
QUANTITATIVE results of deliberate, planned, and usually controlled OBSERVATION
singular = DATUM
Characteristics of a Good Response Definition
-Objective
-Clear
-Complete
Characteristics of a Good Response Definition
- Objective
refers only to the observable
Characteristics of a Good Response Definition
-Clear
readable, unambigous, allows replication (technological)
Characteristics of a Good Response Definition
- Complete
delinates boundaries of what is and what is not an instance of bx
Topographical Response Definitions
What it looks like,
Intensity or magnitude,
Functional response definitions include the topography
Functional Response Definitions
Specific information identifying target bx, antecedents, and consequences
Continuous (Direct) Measures
Directly measure a Dimensional Quantity i.e. event recording = frequency, latency recording, duration recording, etc.)
Discontinuous (Indirect) Measures
Measure a dimensionless quantity, (i.e. percent)
i.e. trials to criterion, discrete categorization, partial interval, whole interval, momentary time sampling, placheck
Restricted operants
Antecedent required

i.e. to answer a question, you need a question
Estimating IRTs
recording interval / count
trials to criterion
number of consecutive opportunities to respond required to achieve a performance standard
discrete categorization (coding)
classifying responses into discrete categories
i.e. severity codes, duration codes, independence codes
Partial interval recording
discontinuous response measure
recording session broken into short intervals of time (10-20 sec)
response is recorded as occurring if it happens at any time during the interval
est. of occurrence
use to record behavior to decrease
whole interval recording
session broken into short intervals, response is recorded as occurring if happens during the entire (whole) interval
use to record bx to increase
momentary time sampling
record as occurring (+) only if it occurs at the end of the interval, precise moment
placheck
for a group of individuals
observed at the end of the interval
count how many are engaging in target behavior
How the results of discontinuous / indirect / time sampling are reported
As percents
Advantages and disadvantages of using continuous measuring procedures
more valid
less practical
IOA more difficult to acheive
Interobserver agreement
reliability = consistency of measurement
in ABA achieved through agreement between 2 or more independent observers

80% minimum
methods of determining IOA
continuous = smaller / larger x 100

discontinuous = agreements / total x 100