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Cuckolding Experiment & Causal Analysis
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Module 2
N-of-1 Crossover Experimental Design
1
Why Choose a Crossover Design for Triadic Systems?
Justify the choice of a within-subject crossover design over alternatives for a single, interconnected triadic system.
Randomized Sequencing for Carryover Reduction
Design a randomized treatment sequence to balance period effects and minimize carryover for the living arrangement experiment.
3
Identifying and Addressing Blocking Factors
Specify blocking factors (e.g., external events) and determine adequate period length for outcome stabilization.
4
Partial Blinding for Bias Mitigation
Design partial blinding strategies (e.g., blinded outcome assessment) to mitigate bias when participant blinding is impossible.
5
Minimizing Demand Characteristics Through Effective Control Conditions
Define meaningful control conditions and protocols to manage demand characteristics in the behavioral experiment.
6
Carryover Effects: Modeling & Adjustment
Model potential carryover effects between experimental periods and propose analytical adjustment strategies.
Previous module
Modeling the Triadic System and Interference
Next module
Advanced Measurement for Interdependent Actors