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Frank Neumann

    Bilder ihres Lebens
    Selbst- und Zeitmanagement im Studium. Möglichkeiten und Grenzen
    Ziele der Materialwirtschaft, Logistik und Produktionswirtschaft. Leistungstypen und Produktionssystem
    Kreative Vogel- und Futterhäuschen
    analyzing and modeling interdisciplinary product development
    Bioinspired Computation in Combinatorial Optimization
    • 2015

      analyzing and modeling interdisciplinary product development

      A Framework for the Analysis of Knowledge Characteristics and Design Support

      • 258 pages
      • 10 hours of reading

      Frank Neumann focuses on establishing a theoretical basis that allows a description of the interplay between individual and collective processes in product development. For this purpose, he introduces the integrated descriptive model of knowledge creation as the first constituent of his research framework. As a second part of the research framework, an analysis and modeling method is proposed that captures the various knowledge conversion activities described by the integrated descriptive model of knowledge creation. Subsequently, this research framework is applied to the analysis of knowledge characteristics of mechatronic product development (MPD). Finally, the results gained from the previous steps are used within a design support system that aims at federating the information and knowledge resources contained in the models published in the various development activities of MPD.

      analyzing and modeling interdisciplinary product development
    • 2010

      Bioinspired Computation in Combinatorial Optimization

      Algorithms and Their Computational Complexity

      • 228 pages
      • 8 hours of reading

      The book provides a rigorous approach to analyzing runtime behavior, specifically focusing on combinatorial optimization. It covers well-established problems in the field, including minimum spanning trees, shortest paths, maximum matching, as well as covering and scheduling issues, offering insights into their complexities and solutions.

      Bioinspired Computation in Combinatorial Optimization