Table of Contents

• From Product/Service Complexity Management to Innovation
  Kusiak, A.

• Managing Complexity in Automotive Engineering
  Deger, R.

• DSM – Where it’s been – Where it needs to go
  Steward, D. V.

• Social network techniques applied to Design Structure Matrix analysis. The case of a new engine development at Ferrari
  Liberati, M.; Munari, F.; Racchetti, P.; Splendiani, T.

• Analyzing core competence and core products for developing agile and adaptable corporation
  Danilovic, M.; Leisner, P.

• Applying DSM to enterprise architectures
  Waldman, F.; Sangal, N.

• Analyzing communication dependencies in product development using the Design Structure Matrix
  Hepperle, C.; Maier, A. M.; Kreimeyer, M.; Lindemann, U.; Clarkson, P. J.

• Structural awareness in complex product design – the Multiple-Domain Matrix
  Maurer, M.; Lindemann, U.

• Benefits derived from use of DSM as part of the Adept Approach to managing engineering projects
  Newton, A.; Steele, J.; Austin, S.; Waskett, P.

• DMM partitioning analysis for design study procedure optimization
  Araki, K.

• A simulation model to predict impacts of alterations in development processes
  Lukas, M.; Gärtner, T.; Rohleder, N.; Schlick, C. M.

• The projection relationship between object process models (opm) and design system matrices (DSM)
  Crawley, E.; Colson, J.

• A survey on process complexity management
  König, C.

• Approach for the function driven process design for the development of mechatronic systems
  Braun, S. C.; Diehl, H.; Petermann, M.; Hellenbrand, D.; Lindemann, U.

• Product, process and network domain interface modelling
  Salonen, N.

• Mass customizations approach using Design Structure Matrix
  Shamsuzzoha, AHM; Helo, P.; Kekäle, T.

• Module and interface identification and definition – a comprehensive approach using DSM
  Helmer, R.; Yassine, A.; Meier, C.

• The System Overlap Matrix – A method and tool for the systematic identification of commonality opportunities in complex technical systems
  Hofstetter, W. K.; Wooster, P. D.; de Weck, O. L.; Crawley, E. F.

• Pre-selection of hybrid electric vehicle architectures during the initial design phase
  Gorbea, C.; Fricke, E.; Lindemann, U.

• Using DSM for the modularisation of self-optimizing systems
  Gausemeier, J.; Kahl, S.; Steffen, D.

• Product structures designed for variants
  Eigner, M.; Zagel, M.

• Complexity management using multiple-domain mapping - development of high pressure punps for common rain systems
  Greiner, M.; Warga, J.; Braun, T.

• Managing complexity in automotive safety development
  Herfeld, U.; Fürst, F.; Braun, T.

• The Multi-Domain-Mapping-approach and target costing
  Biedermann, W.; Maurer, M.; Lindemann, U.

• A systematic method for modelling and analysing conceptual design information
  Mocko, G. M.; Fadel, G. M.; Summers, J. D.; Maier, J. RA.; Ezhilan, T.

• On the role of DSM in designing systems and products for changeability
  de Weck, O. L.

• Assessment and improvement of software systems by applying DSM
  van Roosmalen, H.

• Component classification: A change perspective
  Koh, E.; Keller, K.; Eckert, C. M.; Clarkson, P. J.

• Dynamic, DSM-based analysis of software product architectures
  Sosa, M. E.; Browning, T. R.; Mihm, J.

• New variant management using multiple-domain mapping
  Braun, T.; Deubzer, F.

• Using DSM to test the software architecture
  Langmead, N.

• Applying DSM in the Energy Sector:Practical Problems And Insights from Industry
  Flanagan, T.

• System-level based IDM/DSM/DMM Dataset for Multi-Project Coordination
  Khudaykova, T.; Danilovic, M.