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Object-centric process mining: Possible changes to analysis results that depend on event log order (2024-07-06)

Object-centric process mining: Possible changes to analysis results that depend on event log order (2024-07-06) We've fixed an issue where event logs for object-centric process mining might not be correctly ordered by timestamp for event types with long include paths. This could happen when the include path for an event (the path in the schema between an included event type and the lead object) spans at least two switches in join direction (1:N:1 or N:1:N). The issue might have occurred in any of your event logs, including autogenerated and custom event logs for perspectives, and event logs you set up outside the perspective builder using the PQL function CREATE EVENTLOG. For affected event logs, this fix corrects the order of the events, but the results of any PQL operator that depends on the event log order might be different after the fix is rolled out in your region. The process operators such as VARIANT are the most likely to be affected but others can also have this dependency. If there's an affected event log in your data model, you'll see this warning when you work with the event log in the PQL editor for Views, or in the user interface for Studio Analysis: CREATE_EVENTLOG: The order of <event_type> events in your event log with lead object <object_type>changed. This order changed for <number> out of <number> lead object instance(s). Consequently,the result of any PQL operator which depends on the event log order may have changed. Re-validate the results of any analysis that uses this event log. For more information,refer to the release notes. We’ll be applying the fix to groups of regions through this month. If you work with an event log after the end of this month and don’t see the warning, the event log isn’t affected, and you don’t need to take any action. If you do see the warning, check where the affected event logs are used in your analysis, and re-validate the analysis, especially if important numbers and heavily-used metrics are impacted. Check components and assets such as Variant Explorer, Process Explorer, and Process Adherence Manager.

Related products:Process Intelligence Graph

Inventory Management Planning Parameter Optimization app (object-centric) version 2.

Inventory Management Planning Parameter Optimization app (object-centric) version 2.0 (2024-06-04) We’ve renamed the object-centric Inventory Management Master Data Improvement app to the Inventory Management Planning Parameter Optimization app, and refactored the app’s Knowledge Model to revise the KPI IDs and records. The new version 2.0 is compatible with the Knowledge Models for the Material Allocation app and the Supply Chain Network Visibility app. The case-centric version of the app keeps the old name. The Inventory Management Planning Parameter Optimization app enables planners to identify materials with overstated or understated lead times, safety stock, or reorder points based on their consumption and replenishment patterns. The app provides recommendations and action flows to enable material planners and supply chain analysts to easily correct parameters in the source system. With this version of the app, we’ve added intelligent lead time parameter recommendations based on Machine Learning. Machine Learning assists you to remove bias from parameter recommendations, and returns a lead time closer to what your supplier is capable of, instead of being biased by occurrences such as purchase orders placed either at short notice or too much in advance. If you already have the Inventory Management Planning Parameter Optimization app installed, when you update to version 2.0 from version 1.5 or earlier, you’ll need to reapply any customizations you made to the KPIs in the Knowledge Model. Updating the object-centric Inventory Management Planning Parameter Optimization app has details of the changes we made, and instructions to upgrade your app. You can do this whenever you’re ready.

Related products:Process Intelligence Graph

Supply Chain Network Visibility app (object-centric) version 1.

Supply Chain Network Visibility app (object-centric) version 1.0.0 (2024-06-04) We’ve renamed and extended our End-To-End Lead Times app to create the Supply Chain Network Visibility app. This object-centric app for Inventory Management identifies opportunities to reduce excess inventory and exceed service levels across your organization’s end-to-end supply chain network. You can use its views to visualize the upstream and downstream impact of materials on key performance indicators like supplier reliability and service levels, unlocking strategic, long-term opportunities to optimize your supply chain network. For the Supply Chain Network Visibility app, we’ve added:A value assessment dashboard to provide insights and recommend targeted actions to reduce excess and obsolete inventory, prevent excess replenishment, and improve service levels.A downstream network perspective for you to analyze the impact of raw materials on the downstream supply chain network, and their effects on the creation and delivery of finished goods and potential root causes like extended production lead times.Inventory projection to give you visibility into forward-looking KPIs like uncovered demand, excess supply, and days until stockout.A management dashboard to surface procurement, production, sales, and inventory metrics in an aggregated, accessible manner.The Supply Chain Network Visibility app is a premium app and requires an additional licensing fee. Talk to your Celonis account team to arrange this. For the app documentation, see Supply Chain Network Visibility app - object-centric.

Related products:Process Intelligence Graph

Multi-sliders in Process Explorer (2024-05-29)

Multi-sliders in Process Explorer (2024-05-29) The slider controls in Process Explorer use two multi-sliders to explore the events of individual objects and connections within your process. In these multi-sliders, each object or connection appears as a different slider and is color coded to match the objects in the process graph. For more information on using multi-sliders, see Multi-object Process Explorer. Moving a slider up will add the next most common event or connection for that specific object, while sliding down removes the least frequent event or connection that is currently displayed for that object. For example, you can adjust the slider for one object upwards to add the next most frequent event for that object to the graph while the remaining objects are not changed. However, if the event being added does not connect to the events currently displayed for this object, additional events will be added to connect the event being added. If the event being added is shared with other objects, it is only added for the object corresponding to the slider you adjusted. However, for the other objects, this event will display empty circles to indicate that it is not included. If a slider has been used to explore the current process, the colored square corresponding to that object will be highlighted with a blue border, even if the multi-slider is collapsed (see the middle object in the screenshot below). This indicates that events or connections have been added to the process flow currently shown.

Related products:Process Analysis