For the Propensity to Escalate model to work as expected, you must modify the associated batch data transformation to integrate the Einstein predictive model.
Required Editions
- From the app launcher, go to Data Cloud > Einstein Studio.
- Open the Predicted is_escalated__c Einstein studio model, and click Activate.
- Go to Data Transforms, and open the SI Scoring DMO. Then select Edit from the dropdown menu. The mapping for the batch data transform displays.
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To add the AI model node, you must edit the SI Scoring DMO batch
data transformation.
- Click the Rename transform node and navigate to the bottom edit panel.
- From the edit panel, scroll down to the last transformation Dummy isEscalated Prediction, and delete it.
- Next, delete the Output transformation. You’ll create a new output node in later steps.
- Add a AI model after the Rename transformation.
- From the model names, select the predictive model you created earlier-- Predicted is_escalated__c, and click Next. In the Map Fields tab, map the appropriate input fields (#Case Age, Case Type, Channel, #EscalatedCases, Priority, CalculatedQueue). (Optional) In the Modify Output tab, add the number of top predictors needed in the model prediction. Click Apply .
- From the AI model, add an output node. Name the output DMO, and select Case ID as your primary key, and Key Qualifier Case as your FQK.
- Scroll down the new DMO fields, and make sure the following prediction-based fields are present: #Predicted Escalated, Predictor 1, Predictor 1 Impact, Predictor 2, Predictor 2 Impact. Click Apply.
After you’ve completed these modifications, the batch data transformation integrates the Einstein predictive model to generate predictions.