UPDATE: Zenodo migration postponed to Oct 13 from 06:00-08:00 UTC. Read the announcement.

Conference paper Open Access

Classifying and Detecting Task Executions and Routines in Processes using Event Graphs

Klijn, Eva; Mannhardt, Felix; Fahland, Dirk

Business process management organizes work into several interrelated "units of work", fundamentally conceptualized as a task. The classical concept of a task as a single step executed by a single actor in a single case fails to capture more complex aspects of work that occur in real-life processes. For instance, actors working together or the processing of work in batches, where multiple actors and/or cases meet for a number of steps. Established process mining and modeling techniques lack concepts for dealing with these more complex manifestations of work. We leverage event graphs as a data structure to model behavior along the actor and the case perspective in an integrated model, revealing a variety of fundamentally different types of task executions. We contribute a novel taxonomy and interpretation of these task execution patterns as well as techniques for detecting these in event graphs, complementing recent research in identifying patterns of work and their changes in routine dynamics. Our evaluation on two real-life event logs shows that these non-classical task execution patterns not only exist, but make up for the larger share of events in a process and reveal changes in how actors do their work.

Extended report underlying the paper "Classifying and Detecting Task Executions and Routines in Processes using Event Graphs" accepted at the Forum of the 19th International Conference on Business Process Management. 2021
275
313
views
downloads
All versions This version
Views 275275
Downloads 313313
Data volume 370.4 MB370.4 MB
Unique views 251251
Unique downloads 295295

Share

Cite as