Business process operations are the dominant logic underpinning most of the service-based applications currently in use. Situated in the field of SAP business processes — commonly referred to as iFlows — and their integration, this paper looks into the defectiveness of such flows with a Machine-Learning approach. We propose to cluster and classify at runtime the Integration Flows of business processes during their orchestration; we do so by using metrics extracted from the Integration of 400+ complex business interaction and service orchestration Flows along with their metadata. Through a combined ensemble-based, clustering, and supervised learning exercise, we conclude that an AI-based approach for runtime defect prediction of iFlows shows considerable promise in providing actionable insights for better orchestration intelligence, especially in sight of self-aware business processes of the future.

Runtime defect prediction of industrial business processes: A focused look at real-life SAP systems / M. Nijholt, G. Quattrocchi, D.A. Tamburri. - In: THE JOURNAL OF SYSTEMS AND SOFTWARE. - ISSN 0164-1212. - 222:(2025 Apr), pp. 112306.1-112306.22. [10.1016/j.jss.2024.112306]

Runtime defect prediction of industrial business processes: A focused look at real-life SAP systems

G. Quattrocchi
;
2025

Abstract

Business process operations are the dominant logic underpinning most of the service-based applications currently in use. Situated in the field of SAP business processes — commonly referred to as iFlows — and their integration, this paper looks into the defectiveness of such flows with a Machine-Learning approach. We propose to cluster and classify at runtime the Integration Flows of business processes during their orchestration; we do so by using metrics extracted from the Integration of 400+ complex business interaction and service orchestration Flows along with their metadata. Through a combined ensemble-based, clustering, and supervised learning exercise, we conclude that an AI-based approach for runtime defect prediction of iFlows shows considerable promise in providing actionable insights for better orchestration intelligence, especially in sight of self-aware business processes of the future.
Business process; Defect prediction; Industrial study; Runtime management; SAP
Settore IINF-05/A - Sistemi di elaborazione delle informazioni
Settore INFO-01/A - Informatica
apr-2025
15-gen-2025
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/1227062
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