Abstract

Process mining is a relatively new research area aiming to extract process models from event logs of real systems. A lot of new approaches and algorithms are developed in this field. Researches and developers usually have a need to test end evaluate the newly constructed algorithms. In this paper we propose a new approach for generation of event logs. It serves to facilitate the process of evaluation and testing. Presented approach allows to generate event logs, and sets of event logs to support a large scale testing in a more automated manner. Another feature of the approach is a generation of event logs with noise. This feature allows to simulate real-life system execution with inefficiencies, drawbacks, and crashes. In this work we also consider other existing approaches. Their forces and weaknesses are shown. The approach presented as well as the corresponding tool can be widely used in the research and development process.

Highlights

  • In this paper we present the approach for generation of a set of event logs

  • Process discovery [3] aims to solve the following problem: Given an event log consisting of a collection of traces, construct a Petri net that adequately describes the observed behaviour [1]

  • This specific extension of CPN tools provides the possibility to generate random events log based on a given Petri net and produce the result log in MXML considering that the log will be used by ProM

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Summary

INTRODUCTION

In this paper we present the approach for generation of a set of event logs. This work has been done within the bigger project related to a process mining research. The first step of evaluation for every process mining method are tests using with artificial event logs. In this work we propose a new tool which allows to generate artificial event log with defined properties. Big data is a new field of research which aims to process huge amounts of data in different industry sectors. In order to support these research we enrich capabilities of our tool to generate sets of event logs with defined properties. This is the first main feature of our method for log generation. Researchers have a need to evaluate new algorithms using event logs containing noise with special characteristics.

RELATED WORK
Functionality
Approach
Result
How to use the tool
The tool and ProM 6 framework
Example of the tool usage
Findings
CONCLUSION
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