Software engineering

Physics

Process mining

Engineering

Paleontology

Work in process

Workflow

Set (abstract data type)

Programming language

Pure mathematics

Business process modeling

Operations management

Data science

Geometry

Context (archaeology)

Event (particle physics)

Point (geometry)

Mathematics

Computer science

Quantum mechanics

Database

Business process management

Business process

Biology

Business process discovery

Field (mathematics)

Process (computing)

Knowledge-Based Systems

Over the last decades, the field of process mining has emerged as a response to a growing amount of event data being recorded in the context of business processes. Concurrently with the increasing amount of literature produced in this field, a set of tools has been developed to implement the various algorithms and provide them to end users. However, the majority of tools does not provide the possibility of creating workflows which can be reused at a later point in time to reproduce the results, and most tools are not easily customizable. This paper introduces bupaR, an integrated collection of R-packages which creates a framework for reproducible process analysis in R and supports different steps of a process analysis project, from data extraction to data analysis. It is an extensible framework of several R-packages to analyze process data, each with their specific purpose and set of tools.

bupaR: Enabling reproducible business process analysis