We thank all of the students who participated for their time and effort. We also owe thanks to many of our colleagues at the University of Liechtenstein, especially Matthias Tietz for a brilliant performance in the role-play exercise and for his support in evaluating the assessment-center results; Roope Jaakonmäki for a terrific poster design and other help; Nicole Thöny and Sandra Beyer for organizing rooms, catering, and the like; and Bernd Schenk and Jan vom Brocke for general project support. This article is an extension and revision of a research-in-progress paper presented at the 36th International Conference on Information Systems (ICIS 2015) in Fort Worth, Texas, and we thank the anonymous ICIS reviewers for their constructive comments on our research (Simons et al. 2015). Finally, we thank Martin Hibbeln from the University of Duisburg-Essen, Stephan Kramer from the Rotterdam School of Management, Oliver Müller from Paderborn University, Jan Recker from the University of Cologne, and Christoph Schneider from the IESE Business School for sharing their thoughts and ideas with us. Any remaining errors are our own.

The remaining paper is divided into five sections. Section 2 provides the relevant literature for the various components of the proposed methodology. Section 3 presents the method introducing the hierarchical DSN architecture and its training pipeline. Section 4 details the truss design case study used in this work, along with the network details. Section 5 presents the validation results and relevant discussion of the framework performance. Lastly, Sec. 6 concludes the learnings from the validation of the proposed framework.

Homework And Performance For Time-constrained Stud Windows Starcraft Po

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