choking and excelling under pressure in classification w. todd maddox & arthur b. markman...
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Choking and Excelling Choking and Excelling Under Pressure in Under Pressure in
ClassificationClassificationW. Todd Maddox & Arthur B. MarkmanW. Todd Maddox & Arthur B. Markman
University of Texas, AustinUniversity of Texas, Austin
Major Collaborators:
Grant BaldwinBrian GlassLisa GrimmDarrell Worthy
This work is supported by AFOSR grant FA9550-06-1-0204 and NIMH grant R01MH077708
Overview of TalkOverview of Talk Why care about motivation?Why care about motivation?
Pressure (stress) induces a motivational state Pressure (stress) induces a motivational state that affects cognitionthat affects cognition
A framework for thinking about motivation A framework for thinking about motivation and its influence on cognition and learningand its influence on cognition and learning Pressure (stress) effectsPressure (stress) effects
Application to:Application to: Perceptual classification learningPerceptual classification learning Pressure effects on classificationPressure effects on classification
learning and experienced behaviorlearning and experienced behavior
Motivation and CognitionMotivation and Cognition
Why care about motivation?Why care about motivation? No behavior without motivationNo behavior without motivation Motivation affects cognitionMotivation affects cognition Approach positive states and avoid negative Approach positive states and avoid negative
statesstates Motivation rarely controlled in cognitive experimentsMotivation rarely controlled in cognitive experiments
No principled distinctions between motivational No principled distinctions between motivational and cognitive brain regionsand cognitive brain regions
Motivation and Cognition need to be studied Motivation and Cognition need to be studied togethertogether
Motivation and Pressure Motivation and Pressure (Stress)(Stress)
Two current theories of pressure effects on Two current theories of pressure effects on cognitioncognition DistractionDistraction: WM resources reduced: WM resources reduced MonitoringMonitoring: Increased monitoring of explicit : Increased monitoring of explicit
processesprocesses
We suggest that pressure affects cognition We suggest that pressure affects cognition through its effects on the motivational statethrough its effects on the motivational state
Working Hypothesis:Working Hypothesis: Pressure induces an “avoidance” or “prevention” Pressure induces an “avoidance” or “prevention”
motivational statemotivational state
Regulatory Fit Regulatory Fit FrameworkFramework
Reward Structure of Task
Gains LossesPromotion Focus Fit MismatchPrevention Focus Mismatch Fit
Global Motivational Orientation (Higgins: Regulatory Global Motivational Orientation (Higgins: Regulatory Focus Theory)Focus Theory) Approach: Sensitivity to gains in environment (Promotion Approach: Sensitivity to gains in environment (Promotion
focus)focus) Avoidance: Sensitivity to losses in environment (Prevention Avoidance: Sensitivity to losses in environment (Prevention
focus)focus) Pressure associated with Avoidance (prevention) statePressure associated with Avoidance (prevention) state
Local Task Reward StructureLocal Task Reward Structure Gains in the environmentGains in the environment Losses in the environmentLosses in the environment
Regulatory focus interacts with task reward structureRegulatory focus interacts with task reward structure
Consider the bigger Consider the bigger picturepicture
Almost all cognitive research involves a Almost all cognitive research involves a promotion focus and a gains reward promotion focus and a gains reward structurestructure
Recall Pressure associated with Recall Pressure associated with prevention (mismatch)prevention (mismatch)
Reward Structure of Task
Gains LossesPromotion Focus Fit MismatchPrevention Focus Mismatch Fit
Fit
Regulatory FitRegulatory Fit Regulatory focus interacts with task Regulatory focus interacts with task
reward structurereward structure Regulatory fit increases “flexible” Regulatory fit increases “flexible”
cognitive processing.cognitive processing.
Flexibility can be defined within Flexibility can be defined within taskstasks Willingness to test various strategiesWillingness to test various strategies Willingness to explore the environmentWillingness to explore the environment
Hold off question of “why” for nowHold off question of “why” for now
Perceptual Perceptual ClassificatiClassificati
ononMaddox, Baldwin & Markman (2006; Memory Maddox, Baldwin & Markman (2006; Memory
& Cognition)& Cognition)
Perceptual Perceptual Classification TaskClassification Task
Stimuli with small number of Stimuli with small number of underlying dimensionsunderlying dimensions Lines that vary in length, orientation and Lines that vary in length, orientation and
positionposition Experimenter control of category Experimenter control of category
structurestructure Extensive set of tools for modeling Extensive set of tools for modeling
performance of individual participantsperformance of individual participants Can assess the strategies participants Can assess the strategies participants
use in the taskuse in the task
Scatterplot of StimuliScatterplot of Stimuli
o = category A = long, steep lineso = category A = long, steep lines
+ = category B = all others+ = category B = all others
Possible Rule-based Possible Rule-based StrategiesStrategies
83% accuracy100% accuracy
Regulatory FocusRegulatory Focus(Global Task Goal)(Global Task Goal)
Promotion Promotion Focus Focus (Approach)(Approach)
Achieve Global Task Achieve Global Task Performance Criterion Performance Criterion Raffle ticket for $50Raffle ticket for $50
Prevention Prevention Focus Focus (Avoidance)(Avoidance)
Achieve Global Task Achieve Global Task Performance Criterion Performance Criterion Keep $50 raffle ticket given Keep $50 raffle ticket given initiallyinitially
90% correct yields “bonus”90% correct yields “bonus”
Task Reward StructureTask Reward Structure(Local Trial-by-trial Task (Local Trial-by-trial Task
Goal)Goal)
GainsGainsCorrect Response = 3 pointsCorrect Response = 3 points
Incorrect Response = 1 pointIncorrect Response = 1 point
LossesLossesCorrect Response = -1 pointCorrect Response = -1 point
Incorrect Response = -3 pointIncorrect Response = -3 point
Experiment Screen Experiment Screen SampleSample
Gains
Losses
0
18
YesBonus
No
0
18
Correct
21
YesBonus
No
0
21
YesBonus
No
0
22
YesBonus
No
Wrong, that was an A
Experiment Set 1Experiment Set 1Flexibility is AdvantageousFlexibility is Advantageous
Gains Losses
Promotion (try to earn ticket)
Fit: GoodMismatch :
Poor
Prevention (try not to lose
ticket)
Mismatch: Poor
Fit: Good
Conjunctive Rule-Based TaskConjunctive Rule-Based Task Exploration of verbal rule space requiredExploration of verbal rule space required
Performance ResultsPerformance Results
0.7
0.75
0.8
0.85
0.9
0.95
1
Gains Losses
Reward Structure
Pro
port
ion
Cor
rect
Promotion
Prevention
Plots averaged over blocks. Effects generally larger early in learning
ConclusionsConclusions
In a classification task where exploration of the verbal rule space is advantageous, a regulatory fit led to better performance.
Experiment Set 2Experiment Set 2Flexibility is Flexibility is
DisadvantageousDisadvantageous
Gains Losses
Promotion (try to earn ticket)
Fit: PoorMismatch :
Good
Prevention (try not to lose
ticket)
Mismatch: Good
Fit: Poor
Information-Integration TaskInformation-Integration Task
Experimental Method identical to Experiment Set 1
PredictionPrediction If regulatory fit = more flexibility,
then rule-based strategies should persist leading to poorer performance
COVIS assumes that rule-based strategies dominate early..
Rule-based strategies must be abandoned in information-integration tasks
Exceeding the bonus requires abandoning rule-based strategies
Performance Results Performance Results (Losses)(Losses)
0.7
0.75
0.8
0.85
Promotion Prevention
Regulatory Focus
Pro
port
ion
Cor
rect
ConclusionsConclusions
We observe a 3-way interaction between regulatory focus, task reward structure, and nature of the task.
Flexibility advantageous: Fit is good
Flexibility disadvantageous: Fit is bad
Application Application 2:2:
Choking Choking Under Under
PressurePressureMarkman, Maddox & Worthy (2006; Markman, Maddox & Worthy (2006; Psychological Science)Psychological Science)
Choking Under PressureChoking Under Pressure
Anecdotal phenomenon (e.g. sports, Anecdotal phenomenon (e.g. sports, test-taking, etc.)test-taking, etc.)
People perform worse than normal People perform worse than normal when under pressurewhen under pressure
Might pressure be similar to a Might pressure be similar to a prevention focus?prevention focus?
Categorization TasksCategorization Tasks
Rule-Based Information-Integration
MethodMethod Gains onlyGains only Low pressure – “do your best”Low pressure – “do your best” High pressure:High pressure:
-Paired with a ‘partner’-Paired with a ‘partner’-If both of you reach criterion, both get $6-If both of you reach criterion, both get $6-If one of you fails neither get $6 bonus-If one of you fails neither get $6 bonus-Partner reached criterion-Partner reached criterion
Low-Low-Pressure Pressure Rule-basedRule-based
High-High-Pressure Pressure Rule-BasedRule-Based
Low-Low-PressurePressure
InformationInformation--IntegrationIntegration
High-High-PressurePressure
InformationInformation--IntegrationIntegration
PredictionsPredictions
Low Pressure (Promotion)
High Pressure(Prevention)
Rule-Based Fit: GoodMismatch :
Poor
Information-integration
Fit: PoorMismatch:
Good
Results Results Accuracy
0.54
0.56
0.58
0.6
0.62
0.64
0.66
0.68
0.7
0.72
Information-Integration Rule-Based
Pro
po
rtio
n C
orr
ec
t
High Pressure
Low Pressure
SummarySummary
Pressure does appear to operate like a prevention focus during classification learning (at least with gains).
Pressure (a mismatch with gains) hurts rule-based learning, but helps information-integration learning.
Pressure and Pressure and ExperienceExperience
Method 2500 trials over 4 sessions with NO pressure manipulation 5th session: pressure or no pressure 5th session final block: super pressure
No error in 80 trials yields $100 (no partner)
Categorization TasksCategorization Tasks
Rule-Based Information-Integration
Final Control vs. First Final Control vs. First Pressure BlockPressure Block
Final control accuracy high (90% in all conditions Pressure improves II, but not RB (interaction nearly significant)
Difference between the block before and after the pressure manipulation
-0.04
-0.03
-0.02
-0.01
0
0.01
0.02
0.03
0.04
Rule-Based Information-Integration
Diff
ere
nce
in A
ccu
racy
Control
Pressure
Final Pressure (or Final Pressure (or Control) vs. Super Control) vs. Super
Pressure BlockPressure Block
Super pressure adversely affected both RB conditions Super pressure adversely affected the II Control condition Super pressure accentuated the II Pressure condition
Difference in accuracy between penultimate and final block
-0.06-0.05-0.04-0.03-0.02-0.01
00.010.020.030.040.05
Rule-Based Information-Integration
Category Structure
Diff
ere
nce
in A
ccu
racy
Control
Pressure
SummarySummary
Pressure generally improves II performance even when experienced. Pressure generally hurts RB performance even when experienced.
Related FindingsRelated Findings
Interaction between Regulatory Focus, Interaction between Regulatory Focus, Reward Structure and TaskReward Structure and Task Binary category structures: Same patternBinary category structures: Same pattern Card selection task: Card selection task:
More exploratory behavior for Regulatory FitMore exploratory behavior for Regulatory Fit
May explain some stereotype threat May explain some stereotype threat A stereotype threat induces prevention focusA stereotype threat induces prevention focus Participants perform better under losses Participants perform better under losses
than gainsthan gains
Future ResearchFuture Research
Cognitive mechanisms in this effectCognitive mechanisms in this effect Role of working memory?Role of working memory?
Relationship to individual differencesRelationship to individual differences Personality variablesPersonality variables Cultural difference variablesCultural difference variables
Other tasksOther tasks ForagingForaging Wisconsin Card Sorting TaskWisconsin Card Sorting Task
Thank YouThank You
Super Pressure Block Super Pressure Block First Trial MissedFirst Trial Missed
Final control accuracy high (???%) Equivalent across RB and II conditions Pressure improves II, but not RB
Difference between the first trial missed in the final and penultimate block
-15
-10
-5
0
5
10
15
20
Rule-Based Information-Integration
Category Structure
Diff
ere
nce
in fi
rst t
rial m
isse
d
Control
Pressure
Why we should careWhy we should care Motivation affects decision making Motivation affects decision making
Preferences (Brendl, Markman, & Messner; Ferguson & Bargh)Preferences (Brendl, Markman, & Messner; Ferguson & Bargh) Need to smoke increases preference for smoking related items and Need to smoke increases preference for smoking related items and
reduces preference for not smoking related items reduces preference for not smoking related items Goal-adoption (Aarts et al, Fishbach & Shah)Goal-adoption (Aarts et al, Fishbach & Shah)
People adopt goals of people around them. People adopt goals of people around them. Selection of optimal behavior (Bechara et al., Busemeyer & Selection of optimal behavior (Bechara et al., Busemeyer &
Townsend)Townsend)
All cognitive research has an (uncontrolled) motivational All cognitive research has an (uncontrolled) motivational componentcomponent ““motivate” to “try harder”motivate” to “try harder”
““Motivation” brain regions reciprocally connected with Motivation” brain regions reciprocally connected with “cognitive” brain regions“cognitive” brain regions
Regulatory Fit FrameworkRegulatory Fit Framework HypothesisHypothesis: A “fit” between : A “fit” between globalglobal
task goals (regulatory focus) and task goals (regulatory focus) and locallocal task goals (task reward task goals (task reward structure) increases “flexible” structure) increases “flexible” cognitive processing.cognitive processing.
Flexibility can be defined within tasksFlexibility can be defined within tasks Willingness to test various strategiesWillingness to test various strategies Willingness to explore the environmentWillingness to explore the environment
Hold off question of “why” for now?Hold off question of “why” for now?
Regulatory Fit = Flexibility: Regulatory Fit = Flexibility: Why?Why?
Empirical support in several Empirical support in several domainsdomains
Connection to NeuroscienceConnection to Neuroscience Positive affect-frontal dopamine-Positive affect-frontal dopamine-
flexibility hypothesis (Isen, Ashby, flexibility hypothesis (Isen, Ashby, etc)etc)
Regulatory focus-frontal activation Regulatory focus-frontal activation findings (Amodio, Cunningham, etc)findings (Amodio, Cunningham, etc)
LC-NE-exploration/exploitation LC-NE-exploration/exploitation relation (Ashton-Jones, Cohen, Daw)relation (Ashton-Jones, Cohen, Daw)
Rule-Based ModelingRule-Based Modeling
More low pressure (fit) subjects were best fit by More low pressure (fit) subjects were best fit by the rule-based models.the rule-based models.
More high pressure (mismatch) subjects are More high pressure (mismatch) subjects are random.random.
Rule-Based
0%
20%
40%
60%
80%
100%
Low Pressure High Pressure
Per
cent
Bes
t F
it
Random
Info-Int
Rule-Based
Information integration Information integration modelingmodeling
More high pressure subjects best fit by an More high pressure subjects best fit by an information integration model.information integration model.
More low pressure subjects random.More low pressure subjects random.
Information-Integration
0%
20%
40%
60%
80%
100%
Low Pressure High Pressure
Per
cent
Bes
t F
it
Random
Rule-Based
Info-Int
Studying Regulatory Fit Studying Regulatory Fit EffectsEffects
How can we study this systematically?How can we study this systematically? Need task for which we can manipulate Need task for which we can manipulate
the advantageousness of flexibility, while the advantageousness of flexibility, while holding other task characteristics fixedholding other task characteristics fixed
Need a good manipulation of regulatory Need a good manipulation of regulatory focusfocus
Need to be able to manipulate reward Need to be able to manipulate reward structurestructure
Choking Under PressureChoking Under Pressure
Basketball dataBasketball data Free throw during last minute of gameFree throw during last minute of game
Proportion of Free-Throws Made Relative Career Averages
-0.10
-0.08
-0.06
-0.04
-0.02
0.00
0.02
0.04
0.06
-5 -4 -3 -2 -1 0 1 2 3 4 5
Point Margin
Dis
tan
ce fr
om
Ba
selin
e
Model-based AnalysesModel-based Analyses
Decision-bound models (Ashby & Decision-bound models (Ashby & Maddox) fit to each participant Maddox) fit to each participant block-by-blockblock-by-block
Possible Rule-based Possible Rule-based StrategiesStrategies
83% accuracy100% accuracy
Model Fit PredictionsModel Fit Predictions
Regulatory Fit Conditions should be more Regulatory Fit Conditions should be more “flexible” and find the more complex “flexible” and find the more complex conjunctive rule faster than the conjunctive rule faster than the Regulatory Mismatch ConditionsRegulatory Mismatch Conditions
Modeling ResultsModeling Results
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
Gains Losses
Reward Structure
Prop
ortio
n C
onju
nctiv
e R
ule
PromotionPrevention
Pro
port
ion
Con
jun
ctiv
e R
ule
Use
Modeling ResultsModeling Results
0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
Gains Losses
Reward Structure
Prop
ortio
n II
Use
PromotionPrevention
Pro
port
ion
II
Use
Regulatory Fit vs. Loss Regulatory Fit vs. Loss AversionAversion
Fit differs from loss-aversionFit differs from loss-aversion Loss aversion is a main effect. Loss aversion is a main effect.
““Losses loom larger than gains.”Losses loom larger than gains.” Regulatory fit is an interactionRegulatory fit is an interaction
The influence of losses depends on regulatory The influence of losses depends on regulatory focusfocus
Losses lead to Losses lead to flexibleflexible behavior under behavior under preventionprevention
Losses lead to Losses lead to inflexibleinflexible behavior under behavior under promotion promotion
Whether this leads to good or bad overall Whether this leads to good or bad overall performance depends on whether the task calls performance depends on whether the task calls for flexibilityfor flexibility
ApplicatioApplication 2:n 2:
Stereotype Stereotype ThreatThreat
Grimm, Markman, Maddox & Baldwin (under Grimm, Markman, Maddox & Baldwin (under review)review)
Stereotype ThreatStereotype Threat
Stereotype threat is the risk of Stereotype threat is the risk of confirming a negative stereotype confirming a negative stereotype about one’s group (Steele & Aronson, about one’s group (Steele & Aronson, 1995). 1995).
Task-relevant stereotype causes task-Task-relevant stereotype causes task-specific decrements in performancespecific decrements in performance How?How?
Proposed stereotype threat Proposed stereotype threat mechanismsmechanisms
Self-handicapping (Stone et al., 1999; Brown & Josephs, Self-handicapping (Stone et al., 1999; Brown & Josephs, 1999)1999) Blacks better when framed as diagnostic of “natural athletic Blacks better when framed as diagnostic of “natural athletic
ability”ability” Whites better when framed as diagnostic of “sports intelligence”Whites better when framed as diagnostic of “sports intelligence”
Low performance confidence (Cadinu et al., 2003)Low performance confidence (Cadinu et al., 2003) Lower expected level of performance, lower actual performanceLower expected level of performance, lower actual performance
Task-specific concerns (Brown & Josephs, 1999)Task-specific concerns (Brown & Josephs, 1999) Ideomotor priming (Bargh et al., 1996)Ideomotor priming (Bargh et al., 1996)
People primed with elderly stereotype by unscrambling People primed with elderly stereotype by unscrambling sentences relevant to stereotype. Those primed walked more sentences relevant to stereotype. Those primed walked more slowly down hallslowly down hall
Arousal (O’Brien & Crandall, 2003)Arousal (O’Brien & Crandall, 2003) Reduced working memory load (Beilock et al., 2007)Reduced working memory load (Beilock et al., 2007) Regulatory focus (Seibt & Förster, 2004)Regulatory focus (Seibt & Förster, 2004)
Connecting Stereotype Connecting Stereotype Threat and Regulatory FitThreat and Regulatory Fit
Seibt and Förster (2004)Seibt and Förster (2004) Positive stereotype induces promotion; Positive stereotype induces promotion;
negative stereotype induces preventionnegative stereotype induces prevention Promotion induces more elaborative Promotion induces more elaborative
processing while prevention induces more processing while prevention induces more vigilant processingvigilant processing
Others…Others…
FrameworkFramework
GainsGains LossesLosses
Positive Positive stereotype stereotype (“Promotion”)(“Promotion”)
FitFit MismatchMismatch
Negative Negative Stereotype Stereotype (“Prevention”)(“Prevention”)
MismatchMismatch FitFit
Regulatory fit allow for more flexible cognitive processing
Stereotype Threat Stereotype “Threat”?
Flexibility PredictionsFlexibility PredictionsGainsGains LossesLosses
Positive Positive stereotype stereotype (“Promotion”)(“Promotion”)
BetterBetter WorseWorse
Negative Negative Stereotype Stereotype (“Prevention”)(“Prevention”)
WorseWorse BetterBetter
GainsGains LossesLosses
Positive Positive stereotype stereotype (“Promotion”(“Promotion”))
WorseWorse BetterBetter
Negative Negative Stereotype Stereotype (“Prevention(“Prevention”)”)
BetterBetter WorseWorse
Flexibility advantageous (rule-based)
Flexibility disadvantageous (information-integration)
Experiments 1 and 2: Experiments 1 and 2: Flexibility AdvantageousFlexibility Advantageous
Experiment StructureExperiment StructureGainsGains LossesLosses
ExperimeExperiment 1nt 1
Positive Positive stereotypstereotyp
eeWomenWomen FitFit MismatcMismatc
hh
Negative Negative StereotypStereotyp
eeMenMen MismatcMismatc
hhFitFit
ExperimeExperiment 2nt 2
Positive Positive stereotypstereotyp
eeMenMen FitFit MismatcMismatc
hh
Negative Negative StereotypStereotyp
eeWomenWomen MismatcMismatc
hhFitFit
Stereotype Prime Example: Stereotype Prime Example: Women are better in gains Women are better in gains
tasktaskThis is an experiment testing sex differences in This is an experiment testing sex differences in spatial abilities. Previous research has shown that spatial abilities. Previous research has shown that women perform better than men on tests of spatial women perform better than men on tests of spatial ability.ability.
In this experiment, you will earn some points for In this experiment, you will earn some points for correct responses and no points for incorrect correct responses and no points for incorrect responses. In this task, women tend to earn more responses. In this task, women tend to earn more than 86 points per block of trials and men tend to than 86 points per block of trials and men tend to earn fewer than 86 points per block of trials. earn fewer than 86 points per block of trials.
Please try your best in this task. Before continuing, Please try your best in this task. Before continuing, please indicate whether you are male or female. If please indicate whether you are male or female. If you are male, press the "M" key. If you are female, you are male, press the "M" key. If you are female, press the "F" key.press the "F" key.
Task AccuracyTask Accuracy
0.7
0.75
0.8
0.85
0.9
0.95
1
Gains Losses
Reward Structure
Prop
ortio
n C
orre
ct
Women
Men
Experiment 1: Women Positive Stereotype
Experiment 2: Men Positive Stereotype
0.7
0.75
0.8
0.85
0.9
0.95
1
Gains Losses
Reward Structure
Prop
ortio
n C
orre
ctWomen
Men
Prop
ortio
n C
orre
ct
Pro
port
ion
Cor
rect
Model ResultsModel Results
00.10.20.30.40.50.60.70.80.9
1
Gains Losses
Reward Structure
Prop
ortio
n C
J U
se
Women
Men
Experiment 1: Women Positive Stereotype
Experiment 2: Men Positive Stereotype 0
0.10.20.30.40.50.60.70.80.9
1
Gains Losses
Reward Structure
Prop
ortio
n C
J U
seWomen
Men
Prop
ortio
n C
J U
se
Prop
ortio
n C
J U
se
ConclusionsConclusions
Stereotype threat manipulations led to behavior also observed under a prevention focus. When flexible strategy use is advantageous:
a negative stereotype is disadvantageous in a gains condition. a negative stereotype is ADVANTAGEOUS in a losses condition.
Flexibility PredictionsFlexibility PredictionsGainsGains LossesLosses
Positive Positive stereotype stereotype (“Promotion”)(“Promotion”)
BetterBetter WorseWorse
Negative Negative Stereotype Stereotype (“Prevention”)(“Prevention”)
WorseWorse BetterBetter
GainsGains LossesLosses
Positive Positive stereotype stereotype (“Promotion”(“Promotion”))
WorseWorse BetterBetter
Negative Negative Stereotype Stereotype (“Prevention(“Prevention”)”)
BetterBetter WorseWorse
Flexibility advantageous(rule-based)
Flexibility disadvantageous
(information-integration)
Information-integration Information-integration ClassificationClassification
Experiment StructureExperiment StructureGainsGains LossesLosses
ExperimeExperiment 3nt 3
Positive Positive stereotypstereotyp
eeMenMen FitFit MismatcMismatc
hh
Negative Negative StereotypStereotyp
eeWomenWomen MismatcMismatc
hhFitFit
ExperimeExperiment 4nt 4
Positive Positive stereotypstereotyp
eeWomenWomen FitFit MismatcMismatc
hh
Negative Negative StereotypStereotyp
eeMenMen MismatcMismatc
hhFitFit
Task AccuracyTask Accuracy(Preliminary data)(Preliminary data)
0.7
0.75
0.8
0.85
0.9
0.95
1
Gains Losses
Task
Prop
ortio
n C
orre
ct
Women
Men Experiment 3: Men Positive Stereotype
Experiment 4: Women Positive Stereotype
0.7
0.75
0.8
0.85
0.9
0.95
1
Gains Losses
Task
Prop
orti
on C
orre
ct
Women
Men
Positive Stereotype = worse performanceHypothesis supported for gains, but not losses
Preliminary Preliminary ConclusionsConclusions
When flexible strategy use is disadvantageous:
a negative stereotype is ADVANTAGEOUS in gains and losses conditions.
Data collection and modeling is ongoing.
Application Application 4:4:
Choice-Choice-Gambling Gambling
TaskTaskWorthy, Maddox & Markman (in press; Worthy, Maddox & Markman (in press; Psychonomic Bulletin and Review)Psychonomic Bulletin and Review)
0
PICK A CARD!YesBonus No
450
174
0
174181
YesBonus No
450
7
0
PICK A CARD!YesBonus No
450
181
0PICK A CARD!
YesBonus No
-450
-311
0
-311-315
YesBonus No
-450
-4
0PICK A CARD!
YesBonus No
-450
-315
Deck CharacteristicsDeck Characteristics Experiment 1: Flexibility (exploration) is good
Disadvantageous deck early becomes advantageous as more samples are taken
Experiment 2: Flexibility (exploration) is bad One deck advantageous
Flexibility PredictionsFlexibility PredictionsGainsGains LossesLosses
PromotionPromotion BetterBetter WorseWorse
PreventionPrevention WorseWorse BetterBetter
BetterBetterPreventionPrevention
WorseWorsePromotionPromotion
GainsGains
Flexibility advantageous
Flexibility disadvantageous
Flexibility is Advantageous Flexibility is Advantageous Results Results
Average Distance from Criterion
-40
-35
-30
-25
-20
-15
-10
-5
0
GAIN LOSS
Po
ints
Be
low
Cri
teri
on
Promotion Prevention
Flexibility is Flexibility is Disadvantageous Results Disadvantageous Results
Average Distance from Criterion
-100
-90
-80
-70
-60
-50
-40
-30
-20
-10
0
Po
int
Be
low
Cri
teri
on
Promotion Prevention
Model-based AnalysesModel-based Analyses Applied a version of the softmax action selection model to individual subject data (Sutton, Barto, Daw, etc)
Model estimates probability of selecting each deck based on estimated value.
Includes an exploration/exploitation parameter
Modeling ResultsModeling ResultsExploration/Exploitation parameter values
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
Gains Losses
Exp
lora
tion-
Exp
loita
tion
Promotion Prevention
Exploration-Exploitation Parameter Values
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
Exp
lora
tio
n-E
xplo
itat
ion
Promotion Prevention
Flexibility is Good
Flexibility is Bad
SummarySummary
Regulatory Fit hypothesis applies to choice.
Fit leads to greater exploration.
Extensions to decks that require numerous switches are ongoing.
Application Application 5:5:
Signal Signal DetectionDetection
OverviewOverview Two-stimulus identification (line length)
100ms exposure durations, 2 pixel length difference Promotion/Prevention x Gains/Losses Payoffs biased toward “short” mouth
Results: Sensitivity (d’)Results: Sensitivity (d’)
B
0.4
0.6
0.8
1.0
1.2
1.4
1.6
1 2 3 Overall
Block (100-trials per block)
d'
Promotion-Gain
Promotion-Loss
Prevention-Gain
Prevention-Loss
Results: Sensitivity (Results: Sensitivity ())
C
0.6
0.8
1.0
1.2
1.4
1.6
1.8
1 2 3 Overall
Block (100-trials per block)
Bet
a
Promotion-Gain
Promotion-Loss
Prevention-Gain
Prevention-Loss
SummarySummary
Predicted fit to lead to better decision criterion learning.
Prediction unsupported.
Fit increased sensitivity.
Studies with more extensive training are ongoing.
Applications to depressed patients ongoing.
Overall SummaryOverall Summary We outline a framework for understanding the We outline a framework for understanding the
motivation-learning interface.motivation-learning interface. Global: promotion/prevention focusGlobal: promotion/prevention focus Local: gains/lossesLocal: gains/losses Most research involves a promotion focus and Most research involves a promotion focus and
gains.gains. We propose that a fit leads to more flexible We propose that a fit leads to more flexible
(exploratory) processing(exploratory) processing This may or may not be advantageousThis may or may not be advantageous We apply this to several domainsWe apply this to several domains
Classification, choice, signal detectionClassification, choice, signal detection
Open QuestionsOpen Questions Does a fit imply:Does a fit imply:
More efficient exploration of the strategy space, More efficient exploration of the strategy space, oror
Less evidence to abandon a rule?Less evidence to abandon a rule?
Is flexibility always from simple to complex Is flexibility always from simple to complex rules?rules? Bias toward complex rule initially, then gradually Bias toward complex rule initially, then gradually
introduce simple rule that yields bonus.introduce simple rule that yields bonus.
What is the relationship between exploration What is the relationship between exploration in the verbal rule-space and in the card task?in the verbal rule-space and in the card task?
Future DirectionsFuture Directions Understand mental disordersUnderstand mental disorders Many disorders lead to cognitive deficitsMany disorders lead to cognitive deficits
Do these reflect disruptions of information Do these reflect disruptions of information processing?processing?
Perhaps they reflect motivational issuesPerhaps they reflect motivational issues Anxiety disorders may lead to chronic Anxiety disorders may lead to chronic
prevention focusprevention focus Could lead to regulatory mismatchesCould lead to regulatory mismatches
Collaborators/Collaborators/FundingFunding
Darrell WorthyDarrell Worthy
Lisa GrimmLisa Grimm
Brian GlassBrian Glass
Grant BaldwinGrant Baldwin
Supported by NIMH R01 MH77708 and AFOSR grant FA9550-06-1-0204
Summary!!!!!!!!Summary!!!!!!!! Signal Detection Task
Fit increases d’
Choice (Gambling task – ala Iowa Gambling Task)
Fit increases speed to switch to advantageous deck Fit promotes exploration; Mismatch promotes exploitation Worthy, Maddox, & Markman (PB&R, in press)
Performance Pressure Is pressure like a prevention focus (Markman, Worthy & Maddox (Psych Sci, 2006)? How do effects of pressure change with expertise?
Current and Future Current and Future WorkWork
Signal Detection Task
Fit increases d’
Choice (Gambling task – ala Iowa Gambling Task)
Fit increases speed to switch to advantageous deck Fit promotes exploration; Mismatch promotes exploitation Worthy, Maddox, & Markman (PB&R, in press)
Performance Pressure Is pressure like a prevention focus (Markman, Worthy & Maddox (Psych Sci, 2006)? How do effects of pressure change with expertise?
Distraction Hypothesis Distraction Hypothesis
Pressure decreases available Pressure decreases available working memory (WM) resources.working memory (WM) resources.
WM is filled with thoughts about the WM is filled with thoughts about the situation’s importance.situation’s importance.
Negatively influences performance Negatively influences performance on WM demanding tasks on WM demanding tasks
(Beilock & Carr, 2005; Wine, 1971; Beilock et al., 2004, Ashcraft & Kirk, 2001).
Evidence of DistractionEvidence of Distraction
Beilock et al. (2004) - high pressure Beilock et al. (2004) - high pressure reduced subjects’ ability to solve difficult reduced subjects’ ability to solve difficult math problemsmath problems
Beilock & Carr (2005) – high pressure Beilock & Carr (2005) – high pressure caused performance declines for subjects caused performance declines for subjects high in WM capacity, but not for subjects high in WM capacity, but not for subjects low in WM capacity.low in WM capacity.
Ashcraft & Kirk (2001) – individuals with Ashcraft & Kirk (2001) – individuals with high math anxiety did worse on math high math anxiety did worse on math problemsproblems
Explicit Monitoring Explicit Monitoring HypothesisHypothesis
Alternative view of choking Alternative view of choking Pressure causes performance anxiety Pressure causes performance anxiety
which increases the amount of which increases the amount of attention paid to skilled performance attention paid to skilled performance which disrupts performance.which disrupts performance.
Explicit monitoring Explicit monitoring of proceduralized of proceduralized processes disrupts performance.processes disrupts performance.
(Gray, 2004; Beilock, 2001; Masters, 1992; Lewis and Lindner, 1997; Baumeister, 1984)
Evidence of MonitoringEvidence of Monitoring
Masters (1992) – subjects trained with Masters (1992) – subjects trained with explicit golf-putting instructions explicit golf-putting instructions performed worse than those w/o explicit performed worse than those w/o explicit instructionsinstructions
Gray (2004) – Expert batters performed Gray (2004) – Expert batters performed worse when focusing on their technique.worse when focusing on their technique.
Lewis and Linder (1997) – found Lewis and Linder (1997) – found evidence supporting monitoring and evidence supporting monitoring and disconfirming distraction in golf-puttingdisconfirming distraction in golf-putting
How Does Pressure Affect How Does Pressure Affect Category Learning?Category Learning?
Multiple Systems Proposal of Category Multiple Systems Proposal of Category Learning (e.g. Maddox and Ashby, Learning (e.g. Maddox and Ashby, 2004)2004)
Different neural circuits mediate Different neural circuits mediate learning of different category structureslearning of different category structuresExplicit, hypothesis testing system mediates learning Explicit, hypothesis testing system mediates learning of “rule-based” (RB) category structures.of “rule-based” (RB) category structures.Implicit, procedural learning system mediate learning Implicit, procedural learning system mediate learning of of “information-integration” (II) category “information-integration” (II) category structures.structures.
Rule BasedRule Based Verbalizable rule Verbalizable rule
can separate the can separate the two categoriestwo categories
Requires working Requires working memory resources memory resources to learn the to learn the category structurecategory structure
Dual WM task Dual WM task interferes with interferes with learning learning (Zeithamova & (Zeithamova & Maddox, 2006)Maddox, 2006)
Verbalizable
Information IntegrationInformation Integration
Cannot be solved by Cannot be solved by a verbalizable rule.a verbalizable rule.
Rule use may Rule use may interfere with interfere with learninglearning
Dual WM task does Dual WM task does not interfere with not interfere with learning learning (Zeithamova & (Zeithamova & Maddox, 2006)Maddox, 2006)
Not verbalizable
Predictions from Theories of Predictions from Theories of ChokingChoking
Distraction Distraction and and Monitoring Monitoring theories make opposite theories make opposite predictions.predictions.
DistractionDistraction – Pressure should harm – Pressure should harm performance on rule-based tasks, but performance on rule-based tasks, but should have either no effect or a positive should have either no effect or a positive effect on information-integration taskseffect on information-integration tasks
Monitoring Monitoring – Pressure should harm – Pressure should harm performance on information-integration performance on information-integration tasks, but should have either no effect or a tasks, but should have either no effect or a positive effect on rule-based taskspositive effect on rule-based tasks
Monitoring
Distraction
Distraction Theory's Prediction
0.45
0.5
0.55
0.6
0.65
0.7
Information-Integration Rule-Based
Pro
po
rtio
n C
orr
ec
t
High Pressure
Low Pressure
Monitoring Theory's Prediction
0.45
0.5
0.55
0.6
0.65
0.7
Information-Integration Rule-Based
Pro
po
rtio
n C
orr
ec
t
High Pressure
Low Pressure
?
?
HypothesesHypotheses
Distraction – Pressure should harm performance on rule-based tasks due to depletion of working memory resources, but should have either no effect or a positive effect on information-integration tasks
Monitoring – Pressure should harm performance on information-integration tasks due to a focus on explicit strategies, but should have either no effect or a positive effect on rule-based tasks
Experiment 1 DetailsExperiment 1 Details
Figure 3. (a) Proportion of participants who exceeded the performance criterion in Experiment 1a (gains). (b) Proportion correct (averaged across observers) from Experiment 1a along with standard error bars. (c) Proportion of participants whose data was best fit by a conjunctive model in Experiment 1a. (d) Proportion of participants who exceeded the performance criterion in Experiment 1b (losses). (e) Proportion correct (averaged across observers) from Experiment 1b along with standard error bars. (f) Proportion of participants whose data was best fir by a conjunctive model in Experiment 1b.
Flexibility is BadFlexibility is Bad
(b)
0.400.500.600.700.800.901.00
Attainable Unattainable
Goal State
Pro
por
tion
Cor
rect
Promotion
Prevention
25
30
35
40
45
50
Attainable UnattainableInte
rnal
Noi
se S
tan
dar
d D
evia
tion
Promotion
Prevention
II taskII task
Figure 6. (a) Proportion correct (averaged across observers) from Experiment 3 along with standard error bars. (b) Proportion of participants best fit by an II model. (c) Proportion of participants best fit by a CJ model. (d) Proportion of participants best fit by a UD model. (e) Proportion of participants best fit by a Random responder model.
SDT TaskSDT Task
0.00
0.20
0.40
0.60
0.80
1.00
1.20
1.40
1.60
Promotion Prevention
Situational Focus
d' Gains
Losses
0.00
0.20
0.40
0.60
0.80
1.00
1.20
1.40
1.60
Promotion Prevention
Situational Focusb
eta Gains
Losses