DSM 2012 Proceedings of the 14th International DSM Conference, Kyoto, Japan
Gain competitive advantage by managing complexity

Year: 2012
Editor: Onishi, Moritoyo; Mayrer, Maik; Kirner, Katharina; Lindemann, Udo
Series: DSM
Page(s): 154
ISBN: 978-3-446-43354-0
Front matter: Download

Description

Publisher:- Carl-Hanser-Verlag, Munich, 2012

The International Dependency and Structure Modelling (DSM) Conference is the annual forum to discuss, how complex systems can be managed by understanding, modeling and designing the dependencies in a complex system.

The DSM 2012 event took place on 13.-14.09.2012 in Kyoto, Japan.

Since 2007, the series of DSM Conferences is an event endorsed by the Design Society and closely connected to the Design Society's Special Interest Group on Managing Structural Complexity.

Table of Contents

• A generalized deterministic analysis of product development process using DSM
  Murthy, P. N. S.; Ramachandran, P.; Uppal, T.; Kumar, S. K.
• Formation of the DSM Industry Special Interest Group (DSMiSIG)
  Stowe, H. A.; Paynting, R.; Scheurmann, E.
• DSM based knowledge configuration methodology
  Boudouh, T.; Vernier, C.; Lebaal, N.; Gomes, S.
• Welding process analysis using literature-based Design Structure Matrix
  Maisenbacher, S.; Yassine, A.; El-Zein, M.; Goyal, R.; Maurer, M.
• Design for adoptability – Support of upgrade strategies to react to evolving stakeholder needs and requirements
  Schrieverhoff, P.; Lindemann, U.
• MDM-based representation of requirement/function relation in the sound design for consumer electronics
  Seki, K.; Yamagishi, K.; Nishimura, H.
• Value and waste dependencies and guidelines
  Siyam, G.I.; Kirner, K.G.M.; Wynn, D.C.; Lindemann, U.; Clarkson, P.J.
• Flexibility analysis of a supply chain using Design Structure Matrix
  Yousefi, Z.; Malaek, S.M.B.; Emamipour, S.
• Conditional DSM
  Chang, C.-W.; Chiang, D.M.
• Finding parameter constraint networks in a product system
  Hirao, A.; Oizumi, K.; Aoyama, K.
• A port-based approach for modelling the structure of mechatronic modules
  Kernschmidt, K.; Bayrak, G.; Vogel-Heuser, B.
• Effective & efficient DSM configuration guidelines for low-cost development of complex systems
  Mirshekarian B., S.
• Generating a network of information dependencies automatically
  Senescu, R. R.;Head, A. W.; Steinert, M.; Fischer, M. A.
• A matrix-based approach for a qualitative assessment of system architecture specific processes regarding efficiency
  Bauer, W.; Elser, H.; Lindemann, U.
• Functional structure based change assessment in product design
  Oizumi, K.; Aoyama, K.
• Structural complexity metric for engineered complex systems and its application
  Sinha, K.; de Weck, O.
• Handling a Design Structure Matrix based on fuzzy data
  Bonnal, P.; Baudin, M.; Ruiz, J.-M.
• Management of relationships between product information on model based design process
  Eguchi, T.; Koga, T.; Aoyama, K.
• Using DSM for extracting and analyzing the underlying problems of our projects
  Morita, K.
• Integrated modelling of product- and process-related information
  Albers, A.; Braun, A.; Salomon, S.
• A DSM-based “2.0” system for human intervention planning and scheduling in facilities emitting ionizing radiations
  Baudin, M.; Bonal, P.; De Jonghe, J.
• Designing interoperable lean, agile, resilient and green industrial ecosystems
  Cabral, I.; Grilo, A.
• Interplay between product architecture and organizational structure
  Sinha, K.; James, D.; de Weck, O.
• Architecture migration using DSM in a large-scale software project
  Maki, T.
• A new approach to component reuse in multi-software development project management by using an information-centric project model
  Sakaedani, A.; Yasui, T.; Shirasaka, S.; Maeno, T.
• Classifying components based on change propagation potential
  Grinnell, R.; Schmidt III, R.; Austin, S.
• Analysing process-oriented BIM execution plan using MDM
  Jacob, J.; Varghese, K.
• Creating dynamic organizational modularity in lean construction design – Combining MDM and DSM methodology systematically
  Reichardt, T.; Elezi, F.; Tommelein, I. D.; Lindemann, U.
• An ontology-representation of the integrated product engineering model
  Albers, A.; Braun, A.; Schmalenbach, H.
• Dependency structure matrix modelling for human resource allocation
  Albers, A.; Breitschuh, J.; Lohmeyer, Q.
• Stability of collaborative R&D networks: A simulation study
  Gust, P.; Altfeld, N.; Kreutzfeldt, J.
• The prediction of erratic states in product development
  Khastehdel, M.; Mansour, S.
• Modelling of cooperative work in concurrent engineering projects based on extended work transformation matrices with hidden state variables
  Schlick, C. M.; Schneider, S.; Duckwitz, S.
• Simulation of product change effects based on design structure and domain mapping matrices
  Schneider, S.; Schlick, C. M.; R
• Increasing value in development projects using Domain Mapping Matrix
  Yang, Q.; Lu, T.
• The Explainer and its use in engineering
  Steward, D. V.
• A Conceptual Approach to improve configuration of a prolonged manned mission spacecraft based on DSM
  Malaek, S.M.B.; Zohrevandi, E.