Christian Huemer


Image
Ao.Univ.Prof. Mag.rer.soc.oec.
Dr.rer.soc.oec.

Christian Huemer

  • About: main scope: inter-organizational systems, conceptual modeling, ERP systemselectronic data exchange, electronic billing
  • Orcid:
  • Keywords: Model Engineering, Electronic Data Interchange, E-Business, Service Sciences, Business Process Modeling
  • Roles: Associate Professor

Publications

A Linked Data Based Messaging Architecture for the Web of Needs
Florian KleedorferChristina Maria BuschChristian HuemerChristian Pichler

View .bib

Handle: 20.500.12708/150126; DOI: 10.18417/emisa.11.3; Year: 2016; Issued On: 2016-01-01; Type: Publication; Subtype: Article; Peer Reviewed:

Keywords: Linked Data, Electronic Marketplaces, Semantic web
Astract: Electronic marketplaces are built to resemble real marketplaces structurally. Consequently, they are centralized systems, walled gardens with an intrinsic tendency to lock merchants and clients in. We argue that this structure is not necessary on the Web and that all online marketplaces could merge into one global medium for exchange. In this paper, we propose an architecture for such a medium based on semantic Web standards, encompassing the functionalities of publishing an intention to buy or sell, finding transaction partners, and conducting transactions. We focus on the basic protocol layer and explain how messaging and linked data are combined in a novel way to realize a highly dynamic communication system.

Kleedorfer, F., Busch, C. M., Huemer, C., & Pichler, C. (2016). A Linked Data Based Messaging Architecture for the Web of Needs. Enterprise Modelling and Information Systems Architectures : International Journal of Conceptual Modeling, 11(3). https://doi.org/10.18417/emisa.11.3
Rahmenwerk zur modellbasierten horizontalen und vertikalen Integration von Standards für Industrie 4.0
Alexandra MazakManuel WimmerChristian HuemerGerti KappelWolfgang Kastner

View .bib

Handle: 20.500.12708/29028; DOI: 10.1007/978-3-662-45537-1_94-1; Year: 2016; Issued On: 2016-01-01; Type: Publication; Subtype: Book Contribution; Peer Reviewed:

Keywords:
Astract: In Anlehnung an die Umsetzungsempfehlung des deutschen Arbeitskreises zu Industrie 4.0 widmen wir uns in diesem Kapitel dem offenen Handlungsfeld der Standardisierung und Referenzarchitektur im Kontext einer modellbasierten horizontalen und vertikalen Integration. Wir zeigen, dass die Zusammenführung international etablierter Standards genutzt werden kann, um eine flexible Informationsarchitektur zu schaffen. Zu diesem Zweck präsentieren wir ein offenes, dreidimensionales Rahmenwerk von Standards für Industrie 4.0. Die erste Dimension berücksichtigt die Unterscheidung zwischen den unterschiedlichen Ebenen in einem Unternehmen, in Anlehnung an die klassische Automatisierungspyramide. Die zweite Dimension unterscheidet zwischen den internen und den externen Aspekten der horizontalen und vertikalen Integration. Die dritte Dimension differenziert zwischen der wirtschaftlichen Tätigkeit der teilneh- menden Unternehmen im Wertschöpfungsnetzwerk und den technischen Aspekten des nahtlosen Daten- und Informationsaustausches.

Mazak, A., Wimmer, M., Huemer, C., Kappel, G., & Kastner, W. (2016). Rahmenwerk zur modellbasierten horizontalen und vertikalen Integration von Standards für Industrie 4.0. In B. Vogel-Heuser (Ed.), Handbuch Industrie 4.0 (pp. 1–22). Springer-Verlag Berlin Heidelberg. https://doi.org/10.1007/978-3-662-45537-1_94-1
Verifiability and Traceability in a Linked Data Based Messaging System
Florian KleedorferYana PanchenkoChristina Maria BuschChristian Huemer

View .bib

Handle: 20.500.12708/57286; DOI: 10.1145/2993318.2993342; Year: 2016; Issued On: 2016-01-01; Type: Publication; Subtype: Inproceedings; Peer Reviewed:

Keywords:
Astract: When linked data applications communicate, they commonly use messaging technologies in which the message exchange itself is not represented as linked data, since it takes place on a different architectural level. When a message cannot be verified and traced on the linked data level, trust in data is moved from message originators to service providers. However, there are use cases in which the actual message exchange and its verifiability are of importance. In such situations, the separation between application data and communication data is not desirable. To address this, we propose messaging based on linked data, where communicating entities and their messages are represented as interconnected Web resources, and we show how conversations can be made verifiable using digital signatures.

Kleedorfer, F., Panchenko, Y., Busch, C. M., & Huemer, C. (2016). Verifiability and Traceability in a Linked Data Based Messaging System. In Proceedings of the 12th International Conference on Semantic Systems. 12th International Conference on Semantic Systems (SEMANTICS 2016), Leipzig, Germany. ACM. https://doi.org/10.1145/2993318.2993342
Inter-organizational success factors: a cause and effect model
Worarat KrathuChristian PichlerGuohui XiaoHannes WerthnerJulia NeidhardtMarco ZapletalChristian Huemer

View .bib

Handle: 20.500.12708/150395; DOI: 10.1007/s10257-014-0258-z; Year: 2015; Issued On: 2015-01-01; Type: Publication; Subtype: Article; Peer Reviewed:

Keywords:
Astract: Inter-organizational systems form the basis for successful business collaboration in the Internet and B2B e-commerce era. To properly design and manage such systems one needs to understand the structure and dynamics of the relationships between organizations. The evaluation of such inter-organizational relationships (IORs) is normally conducted using "success factors". These are often referred to as constructs, such as trust and information sharing. In strategic management and performance analysis, different methods are employed for evaluating business performance and strategies, such as the Balanced Scorecard (BSC) method. The BSC utilizes success factors for measuring and monitoring IORs against business strategies. For these reasons, a thorough understanding of success factors, the relationships between them, as well as their relationship to business strategies is required. In other words, understanding success factors allows strategists deriving measurements for success factors as well as aligning these success factors with business strategies. This underpins nowadays close relationship between business strategy, IORs and their realization by means of inter-organizational systems. In this paper, we present (1) a systematic literature review studying success factors and their impact on IORs as well as (2) an analysis of the results found. The review is based on 177 publications, published between 2000 and 2012, dealing with factors influencing IORs. The work presented provides an overview on success factors, influencing relationships between success factors, as well as their influence on the success of IORs. The work is somehow "meta-empirical" as it only looks at published studies and not on own cases. Consequently, it is based on the assumption that studies in scientific literature represent the real-world. The constructs and relationships found in the review are grouped based on their scope and summarized in a cause and effect model. The grouping of constructs results in five groups including Relationship Orientation, Relational Norm, Relational Capital, Atmosphere, and Others. Since the cause and effect model represents a directed graph, different network analysis methods may be applied for analyzing the model. In particular, an in- and out-degree analysis is applied on the cause and effect model for detecting the most influencing as well as the most influenced success factors.

Krathu, W., Pichler, C., Xiao, G., Werthner, H., Neidhardt, J., Zapletal, M., & Huemer, C. (2015). Inter-organizational success factors: a cause and effect model. Information Systems and E-Business Management, 13(3), 553–593. https://doi.org/10.1007/s10257-014-0258-z
Analyzing inter-organizational business processes. Process mining and business performance analysis using electronic data interchange messages.
Robert EngelWorarat KrathuMarco ZapletalChristian PichlerR. P. Jagadeesh Chandra BoseWil van der AalstHannes WerthnerChristian Huemer

View .bib

Handle: 20.500.12708/151700; DOI: 10.1007/s10257-015-0295-2; Year: 2015; Issued On: 2015-01-01; Type: Publication; Subtype: Article; Peer Reviewed:

Keywords:
Astract: Companies are increasingly embedded in B2B environments, where they have to collaborate in order to achieve their goals. Such collaborations lead to inter-organizational business processes that may be commonly supported through the exchange of electronic data interchange (EDI) messages (e.g., electronic purchase orders, invoices etc.). Despite the appearance of XML, traditional approaches to EDI, such as EDIFACT and ANSI X.12, still play an overwhelmingly dominant role. However, such traditional EDI standards lack a notion of process. In other words, the exchanged business documents are typically not embedded in the context of other exchanged business documents. This has two shortcomings: (1) the inability to apply proven business process management (BPM) methods, including process mining techniques, in such settings; and (2) the unavailability of systematic approaches to business intelligence (BI) using information from exchanged EDI messages. In this article, we present the EDImine Framework for enabling (1) the application of process mining techniques in the field of EDI-supported inter-organizational business processes, and (2) for supporting inter-organizational performance evaluation using business information from EDI messages, event logs and process models. As an enabling technology, we present a method for the semantic preprocessing of EDIFACT messages to exploit this potentially rich source of information by applying state of the art BPM and BI techniques. We show the applicability of our approach by means of a case study based on real-world EDI data of a German consumer goods manufacturing company.

Engel, R., Krathu, W., Zapletal, M., Pichler, C., Bose, R. P. J. C., van der Aalst, W., Werthner, H., & Huemer, C. (2015). Analyzing inter-organizational business processes. Process mining and business performance analysis using electronic data interchange messages. Information Systems and E-Business Management, 14(3), 577–612. https://doi.org/10.1007/s10257-015-0295-2


Teaching

Seminar for Master Students in Data Science
Semester: 2026S; Nr: 180.772; Type: SE; Hours: 1.0; Language: English; View on TISS

Project in Computer Science 1
Semester: 2026S; Nr: 194.145; Type: PR; Hours: 4.0; Language: if required in English; View on TISS

Orientation Informatics and Business Informatics
Semester: 2025W; Nr: 180.766; Type: VU; Hours: 1.0; Language: German; View on TISS

Seminar for Master Students in Data Science
Semester: 2025W; Nr: 180.772; Type: SE; Hours: 1.0; Language: English; View on TISS

Seminar for Master Students in Business Informatics
Semester: 2025W; Nr: 180.779; Type: SE; Hours: 1.0; Language: English; View on TISS

Research Seminar
Semester: 2025W; Nr: 188.446; Type: SE; Hours: 2.0; Language: if required in English; View on TISS

Literature Seminar for PhD Students
Semester: 2025W; Nr: 188.512; Type: SE; Hours: 2.0; Language: German; View on TISS

Bachelor Thesis for Informatics and Business Informatics
Semester: 2025W; Nr: 188.926; Type: PR; Hours: 5.0; Language: if required in English; View on TISS

Scientific Research and Writing
Semester: 2025W; Nr: 193.052; Type: SE; Hours: 2.0; Language: German; View on TISS

Software Engineering
Semester: 2025W; Nr: 194.020; Type: VU; Hours: 4.0; Language: German; View on TISS

Research Methods
Semester: 2025W; Nr: 194.078; Type: SE; Hours: 2.0; Language: English; View on TISS

Project in Computer Science 1
Semester: 2025W; Nr: 194.145; Type: PR; Hours: 4.0; Language: if required in English; View on TISS

Project in Computer Science 2
Semester: 2025W; Nr: 194.146; Type: PR; Hours: 4.0; Language: if required in English; View on TISS

Sustainability in Computer Science
Semester: 2025W; Nr: 194.155; Type: VU; Hours: 2.0; Language: English; View on TISS

Seminar in Computer Science (Model Engineering)
Semester: 2025W; Nr: 194.198; Type: SE; Hours: 2.0; Language: German; View on TISS


Projects

Bankenabwicklungsmonitor (BAM)
Name: FMA - BAM; Title: Bankenabwicklungsmonitor (BAM); Begins On: 2024-05-13; Ends On: 2025-01-12; Context: Finanzmarktaufsicht (FMA); View Project Website

Datenanalyse-Tool für Datenauswertungszwecke - Ausbaustufe II & III
Name: FMA-AT4DAZ-Stufe2; Title: Datenanalyse-Tool für Datenauswertungszwecke - Ausbaustufe II & III; Begins On: 2024-01-01; Ends On: 2025-12-31; Context: FMA-Finanzmarktaufsicht; View Project Website

Datenanalyse-Tool für Datenauswertungszwecke - Ausbaustufe I
Name: FMA-AT4DAZ; Title: Datenanalyse-Tool für Datenauswertungszwecke - Ausbaustufe I; Begins On: 2023-12-05; Ends On: 2023-12-31; Context: FMA-Finanzmarktaufsicht; View Project Website

Erforderlichkeit einer Datenbank für Analysezwecke
Name: FMA-DB; Title: Erforderlichkeit einer Datenbank für Analysezwecke; Begins On: 2023-10-16; Ends On: 2024-01-15; Context: FMA-Finanzmarktaufsicht; View Project Website

Digitale Kompetenzen @ Parlament
Name: DKP; Title: Digitale Kompetenzen @ Parlament; Begins On: 2021-04-01; Ends On: 2021-09-30; Context: Parlamentsdirektion; View Project Website

BIM in tunnelling
Name: BIM im Tunnelbau; Title: BIM in tunnelling; Begins On: 2020-07-01; Ends On: 2023-12-31; Context: Österr. Bautechnik Veranstaltungs G; View Project Website

Innovationslehrgang zur Gestaltung der Digitalen Transformation in der Produktentwicklung und Produktion
Name: DigiTrans 4.0; Title: Innovationslehrgang zur Gestaltung der Digitalen Transformation in der Produktentwicklung und Produktion; Begins On: 2016-09-01; Ends On: 2018-11-30; Context: Austrian Research Promotion Agency (FFG); View Project Website

Sparx Systems Innovations Scheck Plus
Name: Sparx Systems InnovScheckPlus; Title: Sparx Systems Innovations Scheck Plus; Begins On: 2014-04-01; Ends On: 2015-02-16; Context: Austrian Research Promotion Agency (FFG); View Project Website

Multi-Tenant ERP System in the Cloud: A Model-Driven Approach Based on the Resource-Event-Agent Ontology
Name: REAlist; Title: Multi-Tenant ERP System in the Cloud: A Model-Driven Approach Based on the Resource-Event-Agent Ontology; Begins On: 2013-09-01; Ends On: 2015-08-31; Context: Austrian Research Promotion Agency (FFG); View Project Website

Web of Needs INfrastructure
Name: WIN; Title: Web of Needs INfrastructure; Begins On: 2012-07-01; Ends On: 2014-10-31; Context: Austrian Research Promotion Agency (FFG); View Project Website

E-business Registry Permitting Enterprise Liaisons
Name: ERPEL; Title: E-business Registry Permitting Enterprise Liaisons; Begins On: 2010-05-01; Ends On: 2013-08-31; Context: Austrian Research Promotion Agency (FFG); View Project Website

Rail track gauging Austrian Federal Railways
Name: SWITCH09; Title: Rail track gauging Austrian Federal Railways; Begins On: 2009-07-01; Ends On: 2009-08-31; Context: Berner & Mattner Systemtechnik GmbH; View Project Website

ebInterface 3.0 - electronic invoicing
Name: ebInterface 3.0; Title: ebInterface 3.0 - electronic invoicing; Begins On: 2009-01-01; Ends On: 2010-02-28; Context: Austriapro c/o Wirtschaftskammer Österrecih; View Project Website

Public Private Interoperability
Name: PPI; Title: Public Private Interoperability; Begins On: 2008-10-01; Ends On: 2011-09-30; Context: Austrian Research Promotion Agency (FFG); View Project Website

Business Semantics on top of Process Technology
Name: BSopt; Title: Business Semantics on top of Process Technology; Begins On: 2008-04-01; Ends On: 2010-09-30; Context: Austrian Research Promotion Agency (FFG); View Project Website

ebTransfer - Design and Realization of Know-How Transfer for electronic Billing based on ebInterface
Name: ebTransfer; Title: ebTransfer - Design and Realization of Know-How Transfer for electronic Billing based on ebInterface; Begins On: 2007-01-01; Ends On: 2007-11-30; Context: BM für Wirtschaft und Arbeit; View Project Website

Team

Business Informatics Group, TU Wien

Head


Team member

Dominik Bork

Associate Prof. Dipl.-Wirtsch.Inf.Univ.
Dr.rer.pol.

Professors


Team member

Christian Huemer

Ao.Univ.Prof. Mag.rer.soc.oec.
Dr.rer.soc.oec.

Team member

Dominik Bork

Associate Prof. Dipl.-Wirtsch.Inf.Univ.
Dr.rer.pol.

Team member

Gerti Kappel

O.Univ.Prof.in Dipl.-Ing.in
Mag.a Dr.in techn.

Team member

Henderik Proper

Univ.Prof. PhD

Visiting Scientists


Team member

Christiane Floyd

Hon.Prof.in Dr.in phil.

Team member

Johanna Barzen

Dr. phil.

External Researchers



Researchers


Team member

Aleksandar Gavric

Univ.Ass. M.Eng. M.Sc. B.Eng.


Team member

Marco Huymajer

Senior Lecturer Dipl.-Ing. BSc

Team member

Marianne Schnellmann

Univ.Ass. MSc

Team member

Marion Murzek

Senior Lecturer Mag.a rer.soc.oec.
Dr.in rer.soc.oec.

Team member

Marion Scholz

Senior Lecturer Dipl.-Ing.in
Mag.a rer.soc.oec.

Team member

Miki Zehetner

Univ.Ass. DI Bakk.rer.soc.oec. MSc

Team member

Philipp-Lorenz Glaser

Univ.Ass. Dipl.-Ing. BSc

Team member

Syed Juned Ali

Univ.Ass. BSc MSc

Team member

Zhuoxun Zheng

Projektass. PhD