Complete the code to define a validation gate that checks if model accuracy is above 0.8.
validation_gate = ModelValidationGate(metric='accuracy', threshold=[1])
The threshold for the validation gate should be set to 0.8 to ensure the model accuracy is above 80%.
Complete the code to add a validation gate that blocks deployment if the model's F1 score is below 0.75.
validation_gate = ModelValidationGate(metric='f1_score', threshold=[1], comparison='greater')
The threshold should be 0.75 to block deployment if the F1 score is less than 75%.
Fix the error in the validation gate code to correctly compare the model's loss metric.
validation_gate = ModelValidationGate(metric='loss', threshold=[1], comparison='greater')
For loss, the comparison should be 'less' to block if loss is greater than threshold. Here, threshold 0.5 with 'greater' is incorrect, so the fix is to set threshold to 0.5 and change comparison to 'less' (not shown here). The blank is the threshold value 0.5.
Fill both blanks to create a validation gate that checks if precision is at least 0.85.
validation_gate = ModelValidationGate(metric=[1], threshold=[2], comparison='greater')
The metric should be 'precision' and the threshold 0.85 to ensure precision is at least 85%.
Fill all three blanks to define a validation gate that blocks deployment if recall is below 0.7 and uses 'less' comparison.
validation_gate = ModelValidationGate(metric=[1], threshold=[2], comparison=[3])
The metric is 'recall', threshold 0.7, and comparison 'less' to block if recall is below 70%.