Exploring deviations between your process and the target process
Click .
The Explore deviations screen opens.
Note
The Conformance rate shows the percentage of events in your process that conform to the target model process for each event log. If the Conformance Rate is 100%, for example, your process conforms exactly to the target model.
You can also copy the Conformance rate PQL query to the clipboard. You can then use it in a Studio View or as a KPI in the knowledge model.
In the process graph, click a colored line to select the event log you want to explore.
In Actual behavior, view the:
Event log and event where the deviation occurs.
Percentage of cases the deviation occurs in.
Impact on the throughput time caused by the deviation.
Click any deviation in Actual behavior to view more details about that deviation.
The dashed line shows where the deviation occurs. Here, this is the location of the missing event.
Click the Analyze root causes button.
A table that displays detailed information about the selected deviation appears.
Understanding deviation categories
Deviation category | Description |
---|---|
Missing event | An event that is required in the target model but does not occur. |
Occurred too often | An event that should only happen once in the target model but occurs multiple times. This could be because of a loop or duplicates. |
Occurred out of sequence | An event that was required in the target model but occurs in the wrong place in the process flow. |
Violated exclusive gateway |
|
Deviation category examples
The Create Sales Order Item event in the PO Celonis Sales Order event log occurred too often for 24.85% of cases and had an impact of an additional 17 days on throughput time
In the first deviation, the Create Sales Order Item event occurred repeatedly after the Create Sales Order Header event in 487 event logs, adding an extra five hours of throughput time.
In the second deviation, the Create Sales Order Item event occurred repeatedly after itself (in a loop) across 10 event logs, adding 849 days to the throughput time.