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35 Cards in this Set
- Front
- Back
Target Behavior
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Any DEFINED, observable, and measurable bx that is the focus of ANALYSIS and INTERVENTION
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Do we measure and change bx?
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No -- we measure and change Dimensional Quantities of bx
(i.e. latency, duration, etc.) |
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Latency
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amount of time between stimulus and response
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Duration
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amount of time the response occupies
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Frequency s/be
Countability |
Number of responses --
Responses tend to reoccur |
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Response class
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multiple responses --
has its own dimensional quantities (i.e. IRT, celeration, etc) |
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IRT
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Inter-response time =
time between two responses |
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Rate
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same as frequency =
number of responses over some period of time |
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Celeration
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Change in bx over time --
Rates/time = graphed |
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IRTs Increase
IRTs Decrease |
Increase = Rate decrease .....
Decrease = Rate Increase |
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Is this an example of target behavior? Social Skills
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No -- too broad (8)
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Is this an example of target behavior? On-task
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No -- too broad (12)
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IRT, Rate, and Celeration all share which fundamental properties?
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Repeatability and Temporal locus
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The student completes 30 math problems correctly.
Ex. of which dimensional quantity? |
frequency / countability
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Data
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QUANTITATIVE results of deliberate, planned, and usually controlled OBSERVATION
singular = DATUM |
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Characteristics of a Good Response Definition
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-Objective
-Clear -Complete |
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Characteristics of a Good Response Definition
- Objective |
refers only to the observable
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Characteristics of a Good Response Definition
-Clear |
readable, unambigous, allows replication (technological)
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Characteristics of a Good Response Definition
- Complete |
delinates boundaries of what is and what is not an instance of bx
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Topographical Response Definitions
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What it looks like,
Intensity or magnitude, Functional response definitions include the topography |
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Functional Response Definitions
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Specific information identifying target bx, antecedents, and consequences
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Continuous (Direct) Measures
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Directly measure a Dimensional Quantity i.e. event recording = frequency, latency recording, duration recording, etc.)
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Discontinuous (Indirect) Measures
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Measure a dimensionless quantity, (i.e. percent)
i.e. trials to criterion, discrete categorization, partial interval, whole interval, momentary time sampling, placheck |
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Restricted operants
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Antecedent required
i.e. to answer a question, you need a question |
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Estimating IRTs
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recording interval / count
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trials to criterion
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number of consecutive opportunities to respond required to achieve a performance standard
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discrete categorization (coding)
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classifying responses into discrete categories
i.e. severity codes, duration codes, independence codes |
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Partial interval recording
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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 |
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whole interval recording
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session broken into short intervals, response is recorded as occurring if happens during the entire (whole) interval
use to record bx to increase |
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momentary time sampling
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record as occurring (+) only if it occurs at the end of the interval, precise moment
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placheck
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for a group of individuals
observed at the end of the interval count how many are engaging in target behavior |
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How the results of discontinuous / indirect / time sampling are reported
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As percents
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Advantages and disadvantages of using continuous measuring procedures
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more valid
less practical IOA more difficult to acheive |
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Interobserver agreement
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reliability = consistency of measurement
in ABA achieved through agreement between 2 or more independent observers 80% minimum |
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methods of determining IOA
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continuous = smaller / larger x 100
discontinuous = agreements / total x 100 |