A great demand for upsampling event logs exists to carry out process-mining tasks in a more accurate form. For instance, when conducting predictive process monitoring analytics, we require more process data for analysis, enabling us to provide the best advice for decision-makers. Additionally, the generated event logs can address the issue of lacking training data due to privacy and security restrictions on business processes. This paper explores alternative methods for discovering event-log generative models. Experiments were conducted on both real and synthetic event logs. The results show that our techniques can generate event logs that are closer to the original datasets than what state-of-the-art techniques are capable of.

A great demand for upsampling event logs exists to carry out process-mining tasks in a more accurate form. For instance, when conducting predictive process monitoring analytics, we require more process data for analysis, enabling us to provide the best advice for decision-makers. Additionally, the generated event logs can address the issue of lacking training data due to privacy and security restrictions on business processes. This paper explores alternative methods for discovering event-log generative models. Experiments were conducted on both real and synthetic event logs. The results show that our techniques can generate event logs that are closer to the original datasets than what state-of-the-art techniques are capable of.

Techniques for Discovering Event-Log Generative Models

WU, JIANI
2022/2023

Abstract

A great demand for upsampling event logs exists to carry out process-mining tasks in a more accurate form. For instance, when conducting predictive process monitoring analytics, we require more process data for analysis, enabling us to provide the best advice for decision-makers. Additionally, the generated event logs can address the issue of lacking training data due to privacy and security restrictions on business processes. This paper explores alternative methods for discovering event-log generative models. Experiments were conducted on both real and synthetic event logs. The results show that our techniques can generate event logs that are closer to the original datasets than what state-of-the-art techniques are capable of.
2022
Techniques for Discovering Event-Log Generative Models
A great demand for upsampling event logs exists to carry out process-mining tasks in a more accurate form. For instance, when conducting predictive process monitoring analytics, we require more process data for analysis, enabling us to provide the best advice for decision-makers. Additionally, the generated event logs can address the issue of lacking training data due to privacy and security restrictions on business processes. This paper explores alternative methods for discovering event-log generative models. Experiments were conducted on both real and synthetic event logs. The results show that our techniques can generate event logs that are closer to the original datasets than what state-of-the-art techniques are capable of.
Process Mining
Event Logs
Markov Chains
Diffusion Models
Deep Learning
File in questo prodotto:
File Dimensione Formato  
Wu_Jiani_Thesis.pdf

accesso riservato

Dimensione 24.29 MB
Formato Adobe PDF
24.29 MB Adobe PDF

The text of this website © Università degli studi di Padova. Full Text are published under a non-exclusive license. Metadata are under a CC0 License

Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.12608/52282