Podcast
Questions and Answers
Observation Oriented Modeling (OOM) contrasts with the modern statistical modeling paradigm primarily in its:
Observation Oriented Modeling (OOM) contrasts with the modern statistical modeling paradigm primarily in its:
- Use of structural equation modeling and path diagrams to represent variable associations.
- Focus on abstract population parameters and null hypothesis significance testing.
- Heavy reliance on aggregate statistics like means, variances, and covariances.
- Emphasis on individual observations and assumption-free analysis techniques. (correct)
Which of the following reflects a key concern regarding the current state of quantitative psychology training?
Which of the following reflects a key concern regarding the current state of quantitative psychology training?
- Insufficient training, particularly in research design and measurement, coupled with a decline in quantitative psychologists (correct)
- Adequate training across all areas: statistical analysis, research design, and measurement.
- A focus on observation-oriented modeling has led to a decline in the understanding of traditional methods
- Over-emphasis on qualitative research methods at the expense of statistical training.
How does Observation Oriented Modeling (OOM) address the limitations of traditional statistical approaches?
How does Observation Oriented Modeling (OOM) address the limitations of traditional statistical approaches?
- By shifting the focus to patterns of observations and individual-level interpretation, using assumption-free techniques. (correct)
- By exclusively using structural equation modeling to analyze complex networks of associations.
- By relying on aggregate statistics to draw conclusions about a population
- By primarily focusing on estimating abstract population parameters using p values.
A researcher adopting an Observation Oriented Modeling (OOM) approach is MOST likely to prioritize:
A researcher adopting an Observation Oriented Modeling (OOM) approach is MOST likely to prioritize:
Which of the following is a characteristic of analysis techniques used in Observation Oriented Modeling (OOM)?
Which of the following is a characteristic of analysis techniques used in Observation Oriented Modeling (OOM)?
In Observation Oriented Modeling, what is the role of observations in relation to the internal structures and processes of a model?
In Observation Oriented Modeling, what is the role of observations in relation to the internal structures and processes of a model?
How does the model presented distinguish between an 'abstraction' and a 'judgment'?
How does the model presented distinguish between an 'abstraction' and a 'judgment'?
According to the breast cancer study example, what behavior would the causal model predict for a woman who identifies as an optimist upon discovering a lump?
According to the breast cancer study example, what behavior would the causal model predict for a woman who identifies as an optimist upon discovering a lump?
In the context of the model, what is considered the 'output' related to a woman detecting an anomaly in her breast?
In the context of the model, what is considered the 'output' related to a woman detecting an anomaly in her breast?
What is the proper level of reasoning when considering causes and effects, according to the principles illustrated in Figure 1?
What is the proper level of reasoning when considering causes and effects, according to the principles illustrated in Figure 1?
In the context of biochemical pathway models, what role do the arrows illustrating how compounds interact fulfill according to Aristotelian causes?
In the context of biochemical pathway models, what role do the arrows illustrating how compounds interact fulfill according to Aristotelian causes?
A scientist creates a new fertilizer and provides instructions for its use. A student uses the fertilizer according to these instructions. What type(s) of Aristotelian cause(s) does the student directly engage with?
A scientist creates a new fertilizer and provides instructions for its use. A student uses the fertilizer according to these instructions. What type(s) of Aristotelian cause(s) does the student directly engage with?
According to the content, how are Aristotelian causes related to the 'natures of things'?
According to the content, how are Aristotelian causes related to the 'natures of things'?
Consider a simplified model of an atom. If energy is applied to alter the orbits of the electrons, which of Aristotle's four causes does this action represent?
Consider a simplified model of an atom. If energy is applied to alter the orbits of the electrons, which of Aristotle's four causes does this action represent?
In the context of the scientist creating fertilizer, when do the Aristotelian causes related to the fertilizer begin to exist?
In the context of the scientist creating fertilizer, when do the Aristotelian causes related to the fertilizer begin to exist?
Flashcards
Structural Equation Modeling
Structural Equation Modeling
A statistical modeling approach focused on connecting constructs and variables through networks of associations, often using path diagrams.
Aggregate Statistics
Aggregate Statistics
Statistics derived from data, like means and variances, used to summarize characteristics of a group.
Null Hypothesis Significance Testing (NHST)
Null Hypothesis Significance Testing (NHST)
A method of statistical inference that tests a specific hypothesis by calculating a p-value, which indicates the probability of observing the data if the null hypothesis is true.
Observation Oriented Modeling
Observation Oriented Modeling
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Areas of Psychological Research
Areas of Psychological Research
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Material Cause
Material Cause
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Formal Cause
Formal Cause
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Efficient Cause
Efficient Cause
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Final Cause
Final Cause
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Causes in Nature
Causes in Nature
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Optimism (in context)
Optimism (in context)
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Judgment (in the model)
Judgment (in the model)
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Efficient Cause (in the model)
Efficient Cause (in the model)
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Model Output
Model Output
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Individual Level Reasoning
Individual Level Reasoning
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Study Notes
Overview of Observation Oriented Modeling
- Observation Oriented Modeling (OOM) is an innovative approach to conceptualizing and analyzing data in the social and biological sciences
- It challenges researchers to develop explanatory models of patterns in data
- Research shifts away from aggregate statistics in favor of integrated models
- Focuses on assessing the accuracy of judgements
- Can be taught to undergraduate and graduate students and is adaptable to other sciences
- Requires something of a Gestalt shift on behalf of the scientist, who has been trained in contemporary statistics
Mother and Child Interaction as an Example
- Consider a scientist studying a mother and child interacting in a lab
- Various observations can be made about the mother and child in that artificial setting
- Physical characteristics, height and weight, can readily be measured
- Behaviors, talking and touching, can be directly observed
- Qualities, parenting style or child temperament, may be inferred from other observable behaviors
- Explanatory model is constructed for observations being made, seeking causal structure of natural system under investigation
- In seeking causal structure in nature, the persons, features, behaviors, and qualities are organized or oriented toward one another
Observation and Judgements
- Scientists aren't passive observers, observations are structured based on the scientist's judgements
- Actions such as placing toys and magazines in a room may alter the study
- Decisions made concerning which features or behaviors to look at
- Assess qualities not able to be observed
- Scientist must be aware of assumptions to ensure model captures structure accurately
- Trait scores are generated by summing responses from multiple-item inventories
- Personality traits are structured as quantities and measured as such, even without scientific evidence
- If continuity claim can't be supported with evidence, models must change
Key Actions for the Scientist
- Scientist must steer away from statistical modeling's modern paradigm
- This paradigm is epitomized by structural equation and path diagrams
- Variables connecting are assumed to be continuos quantities, which is based on aggregate statistics (means, variances, etc)
- Judged by estimating pop parameters using null hypothesis significance testing
- Attention is reoreinted to observations and individuals
- Rather than doing statistics or estimating population, patterns are examined in light of a causal model
- Techniques are assumption-free and accurate
- Overall objective: assess accuracy of model to explain observations
Why Observation Oriented Modeling is Needed
-Psychological research has been broken into: -Statistical analysis -Research design -Measurement -Students get more statistical training, though all three are inadequate
- Insufficient training and decline in quantitative psychologists have a negative effect on the overall research
- Modern researchers lack the understanding of statistics, research design and measurement -Published critiques spotlight neglect of scientific investigation principles, replication, critical discourse among colleagues
- Methods drive metaphysics
- Joseph Rychlak argued that psychologies permit their methods to drive their metaphysics
- David Bakan referred to this as 'methodolatry'- nature should conform to research rather than other way around
- Statistics cause neglect of fundamental principles of scientific investigation
- Statistical methods lead to statistical reasoning
- Measurement has been avoided since the early 1900s
Change in General Perspective
- Learning OOM involves "Gestalt-shift" from phenomenalism to moderate realism
- Phenomenalism includes important aspects of positivism and Kant
- Essences of things cannot be known e.g. "things themselves", limited to appearances represented in consciousness
- Personality can be measured as continuous quanities
- Moderate realism states that things have essences (natures)
- Essences may be confused but are a power of the intellect
- Scientists needs to be able to discern different trees
- Student investigates and moves from what is known into territory of uncertienty
- Critical thought, investigation and research lead to conclusion that it should be a shurb
Causation Overview
- Learn to think more about casualty
- Aristotle’s four causes (material, formal, efficient and final)
- Aristotle sought to explain nature
- Can be atoms in the form of chemical compounds Adenine, Cytosine, Guanine and Thymine
- Necessary for an effect
Explanation of Efficient Cause
- Efficient cause likely familiar to students, S->R or SO->R models
- Cause personal happiness as source of change that preceded a certain effect
- To understand the purpose of enrollment and goals that explain human behaviour, final cause needed
- Entails natural end state in order to explain process
- Aristotle reduces humility to hume’s causation and it’s subjective in nature
- Causal explanation is largely a statistical exercise
- Causes bound to natures of things themselves
- Causation in model exists intentionally, the causes “inhered”
- Causes more than humean associations
Initial Exercise in OOM Data Analysis
- Assumed to be continuos qualities
- Reported through the study authors
- Important to transform delay responses
Summary of Accuracy from Study
- Not meant to estimate a population parameter
- Losing power causes observations go un-gracious
- Identify clear and powerful patterns
- Visual rather than w equations though simple equations apply to continous values
- If observations are from self-identified
- Accuracy of integrated models of OOM
Entities/Qualities
- To select analysis from the schemes
- Qualitatively better information through data
Measurement
- Can measure different level of variables
- Distinguishing variables etc can determine relations and relationships
- No data or information is lost by measurement
- Analyzes the OOM for data processing and data sorting
Reviewing the Data
- The data, relationships and data sets through the method
- This information has been gathered by researchers with different aims
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