Research map / Learning theory and algorithms / Prediction and decision losses
Model Agnostic Multilevel Explanations
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Measured effects reported in the paper
| What was changed | Where | Measured | Effect |
|---|---|---|---|
| Use MAME instead of LIME for multilevel feature explanations | Random Forest explanations · Auto MPG, Retention, HELOC, and ATIS | Kendall's rank correlation: 0.4800 -> 0.5267; 0.5158 -> 0.5474; 0.6623 -> 0.6883; 0.6976 -> 0.7547 | Helped |
| Use MAME instead of Two Step for multilevel feature explanations | Random Forest explanations · Auto MPG, Retention, HELOC, and ATIS | Kendall's rank correlation: 0.4667 -> 0.5267; 0.5368 -> 0.5474; 0.6537 -> 0.6883; 0.7089 -> 0.7547 | Helped |
| Use MAME instead of Two Step for multilevel feature explanations | Random Forest explanations · Waveform | Kendall's rank correlation: 0.5333 -> 0.2952 | Hurt |
| Use MAME rather than Two Step or SP-LIME to provide a small number of high-level clusters | MLP black-box explanations · Classification datasets with few clusters | Generalized fidelity | Helped |
| Use MAME rather than Two Step or SP-LIME to provide high-level explanations | HELOC loan prediction user study · HELOC user study | Participant prediction MSE: 0.036 | Helped |
| Use MAME rather than Two Step or SP-LIME to provide high-level explanations | HELOC loan prediction user study · HELOC user study | Correct most-similar cluster choices: 7 out of 10; less than 3 correct clusters | Helped |
| Use the AR-based approximate optimization rather than repeatedly solving each beta value to convergence | MAME · Auto MPG | Runtime: around 10 times faster | Helped |
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