Observational data about human behavior is often heterogeneous, i.e., generated by subgroups within the population under study that vary in size and behavior. Heterogeneity predisposes analysis to Simpson's paradox, whereby the trends observed in data that has been aggregated over the entire population may be substantially different from those of the underlying subgroups. I illustrate Simpson's paradox with several examples coming from studies of online behavior and show that aggregate response leads to wrong conclusions about the underlying individual behavior. I then present a simple method to test whether Simpson's paradox is affecting results of analysis. The presence of Simpson's paradox in social data suggests that important behaviora...
<div>Using Simpson's Paradox to Discover Interesting Patterns in Behavioral Data.</div><div><br></di...
In a series of experiments on inductive reasoning, participants assessed the relationship between ge...
On the road to a more fair and just world, we must recognize ubiquitous disparities in our society, ...
The direction of an association at the population-level may be reversed within the subgroups compris...
The direction of an association at the population-level may be reversed within the subgroups compris...
We describe a data-driven discovery method that leverages Simpson's paradox to uncover interesting p...
Simpson’s paradox refers to the reversal of a statistical relationship between two variables in sub-...
Field data often include multiple observations taken from the same individual. In order to avoid pse...
This study explores how researchers’ analytical choices affect the reliability of scientific finding...
Background In a famous article, Simpson described a hypothetical data example that led to apparently...
<div>Using Simpson's Paradox to Discover Interesting Patterns in Behavioral Data.</div><div><br></di...
In a series of experiments on inductive reasoning, participants assessed the relationship between ge...
On the road to a more fair and just world, we must recognize ubiquitous disparities in our society, ...
The direction of an association at the population-level may be reversed within the subgroups compris...
The direction of an association at the population-level may be reversed within the subgroups compris...
We describe a data-driven discovery method that leverages Simpson's paradox to uncover interesting p...
Simpson’s paradox refers to the reversal of a statistical relationship between two variables in sub-...
Field data often include multiple observations taken from the same individual. In order to avoid pse...
This study explores how researchers’ analytical choices affect the reliability of scientific finding...
Background In a famous article, Simpson described a hypothetical data example that led to apparently...
<div>Using Simpson's Paradox to Discover Interesting Patterns in Behavioral Data.</div><div><br></di...
In a series of experiments on inductive reasoning, participants assessed the relationship between ge...
On the road to a more fair and just world, we must recognize ubiquitous disparities in our society, ...