Zusammenfassung
Die Bedeutung einer hohen Datenqualität und die Notwendigkeit von Datenqualität im Kontext von Geschäftsprozessen sind allgemein anerkannt. Prozessmodellierung ist für prozessgetriebenes Datenqualitätsmanagement erforderlich, welches die Datenqualität durch Neugestaltung von Prozessen zur Sammlung oder Änderung von Daten zu erhalten und zu verbessern sucht. Es existiert eine Vielzahl von Modellierungssprachen, welche von Unternehmen unterschiedlich angewendet werden. Der Zweck dieses Artikels ist es, einen kontextunabhängigen Ansatz vorzustellen, um Datenqualität in die Vielfalt der existierenden Prozessmodelle zu integrieren. Die Kommunikation der Datenqualität zwischen Stakeholdern soll unter Berücksichtigung der Prozessmodellkomplexität verbessert werden. Es wurde eine schlagwortbasierte Literaturrecherche in 74 IS-Zeitschriften und drei Konferenzen durchgeführt, in der 1.555 Artikel von 1995 an gesichtet wurden. 26 Artikel, darunter 46 Prozessmodelle, wurden im Detail untersucht. Die Literaturrecherche zeigt die Notwendigkeit einer kontextunabhängigen und sichtbaren Integration von Datenqualität in Prozessmodelle. Zunächst wird die Integration innerhalb eines Modells aufgezeigt. Dann folgt die Integration datenqualitätsorientierter Prozessmodelle mit anderen existierenden Prozessmodellen. Da Prozessmodelle hauptsächlich zur Kommunikation von Prozessen genutzt werden, werden der Einfluss der Integration von Datenqualität und die Anwendung von Mustern zur Komplexitätsreduktion sowie die Auswirkung auf die Komplexitätsmetriken des Modells betrachtet. Es bedarf weiterer Forschung zu Komplexitätsmetriken, um die Anwendbarkeit von Komplexitätsreduktionsmustern zu verbessern. Fehlende Kenntnisse über die Wechselwirkungen zwischen Metriken und fehlende Komplexitätsmetriken behindern die Einschätzung und Vorhersage der Prozessmodellkomplexität und damit die -verständlichkeit. Schließlich kann unser kontextunabhängiger Ansatz ergänzend für die Integration von Datenqualität in spezifische Prozessmodellierungssprachen genutzt werden.
Abstract
The importance of high data quality and the need to consider data quality in the context of business processes are well acknowledged. Process modeling is mandatory for process-driven data quality management, which seeks to improve and sustain data quality by redesigning processes that create or modify data. A variety of process modeling languages exist, which organizations heterogeneously apply. The purpose of this article is to present a context-independent approach to integrate data quality into the variety of existing process models. The authors aim to improve communication of data quality issues across stakeholders while considering process model complexity. They build on a keyword-based literature review in 74 IS journals and three conferences, reviewing 1,555 articles from 1995 onwards. 26 articles, including 46 process models, were examined in detail. The literature review reveals the need for a context-independent and visible integration of data quality into process models. First, the authors derive the within-model integration, that is, enhancement of existing process models with data quality characteristics. Second, they derive the across-model integration, that is, integration of a data-quality-centric process model with existing process models. Since process models are mainly used for communicating processes, they consider the impact of integrating data quality and the application of patterns for complexity reduction on the models’ complexity metrics. There is need for further research on complexity metrics to improve applicability of complexity reduction patterns. Missing knowledge about interdependency between metrics and missing complexity metrics impede assessment and prediction of process model complexity and thus understandability. Finally, our context-independent approach can be used complementarily to data quality integration focusing on specific process modeling languages.
Literatur
Balka E, Whitehouse S, Coates ST, Andrusiek D (2012) Ski hill injuries and ghost charts: socio-technical issues in achieving e-health interoperability across jurisdictions. Information Systems Frontiers 14(1):19–42
Ballou D, Wang R, Pazer H, Kumar Tayi G (1998) Modeling information manufacturing systems to determine information product quality. Management Science 44(4):462–484
Bandara W, Gable GG, Rosemann M (2005) Factors and measures of business process modelling: model building through a multiple case study. European Journal of Information Systems 14(4):347–360
Basu A, Blanning RW (2003) Synthesis and decomposition of processes in organizations. Information Systems Research 14(4):337–355
Batini C, Cappiello C, Francalanci C, Maurino A (2009) Methodologies for data quality assessment and improvement. ACM Computing Surveys 41(3):1–52
Becker J, Rosemann M, von Uthmann C (2000) Guidelines of business process modeling. In: van der Aalst WMP, Desel J, Oberweis A (Hsrg) Business process management, models, techniques, and empirical studies
Buhl HU, Röglinger M, Stöckl S, Braunwarth KS (2011) Wertorientierung im Prozessmanagement – Forschungslücke und Beitrag zu betriebswirtschaftlich fundierten Prozessmanagement-Entscheidungen. WIRTSCHAFTSINFORMATIK 53(3):159–169
Capgemini (2013) IT-Trends-Studie. http://www.de.capgemini.com/it-trends-studie. Abruf am 2013-03-25
Cappelli C, Leite JCSP, Batista T, Silva L (2009) An aspect-oriented approach to business process modeling. In: Proc 15th workshop on early aspects, Charlottesville, S 7–12
Cardoso J (2006) Process control-flow complexity metric: an empirical validation. In: Proc IEEE international conference on services computing, Chicago, S 167–173
Davidson B, Lee YW, Wang R (2004) Developing data production maps: meeting patient discharge data submission requirements. International Journal of Healthcare Technology and Management 6(2):223–240
Dehnert J, van der Aalst WM (2004) Bridging the gap between business models and workflow specifications. International Journal of Cooperative Information Systems 13(3):289–332
Dejaeger K, Hamers B, Poelmans J, Baesens B (2010) A novel approach to the evaluation and improvement of data quality in the financial sector. In: Proc international conference on information quality, Cambridge
English LP (1999) Improving data warehouse and business information quality: methods for reducing costs and increasing profits. Wiley, New York
Figl K, Laue R (2011) Cognitive complexity in business process modeling. In: Mouratidis H, Rolland C (Hsrg) Advanced information systems engineering. Springer, Heidelberg, S 452–466
Forrester Research (2011) Trends in data quality and business process alignment. http://www.enterpriseiq.com.au/documents/whitepapers/Trends_in_Data_Quality_and_Business_Process_Alignment.pdf. Abruf am 2013-03-25
Gaynor M, Shankaranarayanan G (2008) Implications of sensors and sensor-networks for data quality management. International Journal of Information Quality 2(1):75–93
Glowalla P, Balazy P, Basten D, Sunyaev A (2014) Process-driven data quality management – an application of the combined conceptual life cycle model. In: Proc 47th Hawaii international conference on system sciences, Hawaii
Glowalla P, Sunyaev A (2012) A process management perspective on future ERP system development in the financial service sector. AIS Transactions on Enterprise Systems 3(1):18–27
Glowalla P, Sunyaev A (2013) Managing data quality with ERP systems – insights from the insurance sector. In: Proc European conference on information systems, Utrecht
Gruhn V, Laue R (2006) Complexity metrics for business process models. In: Proc 9th international conference on business information systems, Klagenfurt
Gruhn V, Laue R (2009) Reducing the cognitive complexity of business process models. In: Proc 8th IEEE international conference on cognitive informatics, Los Alamitos, S 339–345
Guceglioglu AS, Demirors O (2005) Using software quality characteristics to measure business process quality. In: Aalst W, Benatallah B, Casati F, Curbera F (Hsrg) Business process management. Springer, Heidelberg, S 374–379
Hakim LA (2008) Modelling information flow for surgery management process. International Journal of Information Quality 2(1):60–74
Harkness WL, Segars AH, Kettinger WJ (1996) Sustaining process improvement and innovation in the information services function: lessons learned at the Bose Corporation. MIS Quarterly 20(3):349–368
Haug A, Zachariassen F, van Liempd D (2011) The costs of poor data quality. Journal of Industrial Engineering and Management 4(2):168–193
Helfert M, von Maur E (2001) A strategy for managing data quality in data warehouse systems. In: Proc conference on information quality, Cambridge
Ishikawa K (1993) Guide to quality control. Asian Productivity Organization, Tokyo
Kahn BK, Katz-Haas R, Strong DM (2001) Organizational realism meets information quality idealism: the challenges of keeping an information quality initiative going. In: Proc conference on information quality, Cambridge
Katz-Haas R, Lee YW (2002) Understanding hidden interdependencies between information and organizational processes in practice. In: Proc international conference on information quality, Cambridge
Keenan SL, Simmons T (2005) CSDQ: a user-centered approach to improving the quality of customer support data. In: Proc international conference on information quality, Cambridge
Klesse M, Herrmann C, Maier D, Mügeli T, Brändli P (2004) Customer investigation process at Credit Suisse: meeting the rising demand of regulators. In: Proc international conference on information quality, Cambridge
Knight S (2011) The combined conceptual life-cycle model of information quality. Part 1. An investigative framework. International Journal of Information Quality 2(3):205–230
Ko RK, Lee SS, Lee EW (2009) Business process management (BPM) standards: a survey. Business Process Management Journal 15(5):744–791
Kovac R, Lee YW, Pipino L (1997) Total data quality management: the case of IRI. In: Proc conference on information quality, Cambridge
Kovac R, Weickert C (2002) Starting with quality: using TDQM in a start-up organization. In: Proc international conference on information quality, Cambridge
Kurzlechner W (2011) Die Top-10-Listen der IT-Trends 2012. http://www.cio.de/strategien/2298020/. Abruf am 2012-02-07
La Rosa M, ter Hofstede AH, Wohed P, Reijers HA, Mendling J, van der Aalst WM (2011a) Managing process model complexity via concrete syntax modifications. IEEE Transactions on Industrial Informatics 7(2):255–265
La Rosa M, Wohed P, Mendling J, ter Hofstede AH, Reijers HA, van der Aalst WM (2011b) Managing process model complexity via abstract syntax modifications. IEEE Transactions on Industrial Informatics 7(4):614–629
Laue R, Gruhn V (2007) Approaches for business process model complexity metrics. In: Abramowicz W, Mayr HC (Hsrg) Technologies for business information systems. Springer, Dordrecht, S 13–24
Laue R, Mendling J (2010) Structuredness and its significance for correctness of process models. Information Systems and e-Business Management 8(3):287–307
Laumann M, Rosenkranz C (2008) Analysing information flows for controlling activities within supply chains: an Arvato (Bertelsmann) business case. In: Proc European conference on information systems (ECIS), Galway
Lee YW, Chase S, Fisher J, Leinung A, McDowell D, Paradiso M, Simons J, Yarsawich C (2007) CEIP maps: context-embedded information product maps. In: Proc Americas conference on information systems (AMCIS), Cambridge
Lee YW, Strong DM (2003) Knowing-why about data processes and data quality. Journal of Management Information Systems 20(3):13–39
Lee YW (2006) Journey to data quality. MIT Press, Cambridge
Lindland OI, Sindre G, Solvberg A (1994) Understanding quality in conceptual modeling. IEEE Software 11(2):42–49
Loshin D (2001) Enterprise knowledge management. The data quality approach. Morgan Kaufmann, San Diego
Madnick SE, Wang RY, Lee YW, Zhu H (2009) Overview and framework for data and information quality research. Journal of Data and Information Quality 1(1):1–22
Mendling J (2008) Metrics for process models. Empirical foundations of verification, error prediction, and guidelines for correctness. Springer, Heidelberg
Mendling J, Neumann G, van der Aalst WM (2007) Understanding the occurrence of errors in process models based on metrics. In: Proc OTM conference on cooperative information systems, Vilamoura, S 113–130
Mendling J, Reijers HA, van der Aalst WMP (2010) Seven process modeling guidelines (7PMG). Journal of Information and Software Technology 52(2):127–136
Mendling J, Strembeck M (2008) Influence factors of understanding business process models. In: Abramowicz W, Fensel D (Hsrg) LNBIP LNCS. Springer, Heidelberg, S 142–153
Meyer MH, Zack MH (1996) The design and development of information products. Sloan Management Review 37(3):43–59
Mielke M (2005) IQ principles in software development. In: Proc international conference on information quality, Cambridge
Millard FH, Lavoie M (2000) Developing data product maps for total data quality management: the case of Georgia Vital Records. In: Proc conference on information quality, Cambridge
Moody D (2009) The “physics” of notations: toward a scientific basis for constructing visual notations in software engineering. IEEE Transactions on Software Engineering 35(6):756–779
Ofner MH, Otto B, Österle H (2012) Integrating a data quality perspective into business process management. Business Process Management Journal 18(6):1036–1067
Otto B (2011) Data Governance. WIRTSCHAFTSINFORMATIK 53(4):235–238
Overhage S, Birkmeier D, Schlauderer S (2012) Qualitätsmerkmale, -metriken und -messverfahren für Geschäftsprozessmodelle – Das 3QM-Framework. WIRTSCHAFTSINFORMATIK 54(5):217–235
Recker J (2010) Continued use of process modeling grammars: the impact of individual difference factors. European Journal of Information Systems 19(1):76–92
Recker J, Indulska M, Rosemann M, Green P (2010) The ontological deficiencies of process modeling in practice. European Journal of Information Systems 19(5):501–525
Recker JC, Rosemann M, Indulska M, Green P (2009) Business process modeling – a comparative analysis. Journal of the Association for Information Systems 10(4):333–363
Redman TC (2004) Data: an unfolding quality disaster. DM Review 14(8):21–23
Reijers HA, Mendling J (2011) A study into the factors that influence the understandability of business process models. IEEE Transactions on Systems, Man, and Cybernetics, Part A 41(3):449–462
Rosemann M (2006) Potential pitfalls of process modeling: part a. Business Process Management Journal 12(2):249–254
Rosemann M, Green P, Indulska M, Recker JC (2009) Using ontology for the representational analysis of process modelling techniques. International Journal of Business Process Integration and Management 4(4):251–265
Rosemann M, Recker JC, Flender C (2008) Contextualisation of business processes. International Journal of Business Process Integration and Management 3(1):47–60
Shankaranarayanan G, Cai Y (2006) Supporting data quality management in decision-making. Decision Support Systems 42(1):302–317
Shankaranarayanan G, Wang R (2007) IPMAP research status and direction. In: Proc international conference on information quality, Cambridge
Shankaranarayanan G, Wang RY, Ziad M (2000) IP-MAP: representing the manufacture of an information product. In: Proc conference on information quality, Cambridge
Shankaranarayanan G, Ziad M, Wang RY (2003) Managing data quality in dynamic decision environments: an information product approach. Journal of Database Management 14(4):14–32
Thi TTP, Helfert M (2007) Modelling information manufacturing systems. International Journal of Information Quality 1(1):5–21
Uba R, Dumas M, García-Bañuelos L, Rosa M (2011) Clone detection in repositories of business process models. In: Rinderle-Ma S, Toumani F, Wolf K (Hsrg) Business process management. Springer, Heidelberg
Vanderfeesten I, Reijers HA, Mendling J, Aalst WM, Cardoso J (2008) On a quest for good process models: the cross-connectivity metric. In: Proc 20th international conference on advanced information systems engineering, Montpellier, S 480–494
Vanhatalo J, Völzer H, Koehler J (2009) The refined process structure tree. In: Sixth international conference on business process management – five selected and extended papers. Data & Knowledge Engineering, vol 68(9), pp 793–818
Wand Y, Weber R (1993) On the ontological expressiveness of information systems analysis and design grammars. Information Systems Journal 3(4):217–237
Wand Y, Weber R (1995) On the deep structure of information systems. Information Systems Journal 5(3):203–223
Wang RY (1998) A product perspective on total data quality management. Communications of the ACM 41(2):58–65
Wang RY, Allen TJ, Harris W, Madnick S (2002) An information product approach for total information awareness. MIT Sloan working paper no 4407-02; CISL no 2002-15
Weber B, Reichert M, Mendling J, Reijers HA (2011) Refactoring large process model repositories. Computers in Industry 62(5):467–486
Webster J, Watson RT (2002) Analyzing the past to prepare for the future: writing a literature review. MIS Quarterly 26(2):xiii–xxiii
Xie S, Helfert M (2010) Assessing information quality deficiencies in emergency medical service performance. In: Proc international conference on information quality, Cambridge
Zack MH (1996) Electronic publishing: a product architecture perspective. Information & Management 31(2):75–86
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Angenommen nach zwei Überarbeitungen durch Prof. Dr. Buxmann.
This article is also available in English via http://www.springerlink.com and http://www.bise-journal.org: Glowalla P, Sunyaev A (2013) Process-Driven Data Quality Management through Integration of Data Quality into Existing Process Models. Application of Complexity-Reducing Patterns and the Impact on Complexity Metrics. Bus Inf Syst Eng. doi: 10.1007/s12599-013-0297-x.
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Glowalla, P., Sunyaev, A. Prozessgetriebenes Datenqualitätsmanagement durch Integration von Datenqualität in bestehende Prozessmodelle. Wirtschaftsinf 55, 435–452 (2013). https://doi.org/10.1007/s11576-013-0391-1
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DOI: https://doi.org/10.1007/s11576-013-0391-1
Schlüsselwörter
- Datenqualität, Informationsqualität
- Prozessmodellierung
- Prozessmodell
- Modellintegration
- Modellkomplexität
- Modellverständlichkeit