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Internal Quality Control
Run deterministic reference cases against the current localization algorithm and confirm that expected regional outputs remain stable.
All validation cases passed
7/7
These checks confirm internal consistency only. They do not replace prospective clinical validation or external dataset testing.
Filter the dashboard or export a machine-readable validation report.
LBBB-like morphology, inferior axis, and V2 transition should produce a left-sided outflow-tract regional estimate.
Expected
Left-Sided Outflow Tract Region
Confidence: Moderate
Actual
Left-Sided Outflow Tract Region
Confidence: Moderate
A V3-transition outflow pattern with a V2 transition ratio at or above 0.60 should favor LVOT.
Expected
LVOT-Favoring Outflow Tract Region
Confidence: Moderate
Actual
LVOT-Favoring Outflow Tract Region
Confidence: Moderate
A V3-transition outflow pattern with a V2 transition ratio below 0.60 should favor RVOT.
Expected
RVOT-Favoring Outflow Tract Region
Confidence: Moderate
Actual
RVOT-Favoring Outflow Tract Region
Confidence: Moderate
An outflow pattern with a V2S/V3R index at or below 1.50 should favor LVOT.
Expected
LVOT-Favoring Outflow Tract Region
Confidence: Moderate
Actual
LVOT-Favoring Outflow Tract Region
Confidence: Moderate
Opposing V2 transition ratio and V2S/V3R directions should generate an indeterminate outflow-tract result.
Expected
Indeterminate Outflow Tract Region
Confidence: Low
Actual
Indeterminate Outflow Tract Region
Confidence: Low
LBBB-like morphology with a superior axis should produce an inferior right-ventricular regional estimate.
Expected
Inferior Right Ventricular Region
Confidence: Low
Actual
Inferior Right Ventricular Region
Confidence: Low
RBBB-like morphology with a superior axis should produce an LV fascicular/papillary regional estimate.
Expected
Left Ventricular Fascicular or Papillary Region
Confidence: Low
Actual
Left Ventricular Fascicular or Papillary Region
Confidence: Low
The dashboard checks deterministic software behavior for selected morphology combinations. It does not measure sensitivity, specificity, calibration, interobserver variability, or clinical outcome performance.
