| 241 | -- | 242 | Kristina Shea. The cognitive factory |
| 243 | -- | 250 | Jonathan R. Corney, Carmen Torres-Sánchez, A. P. Jagadeesan, X. T. Yan, William C. Regli, Hugo Medellín. Putting the crowd to work in a knowledge-based factory |
| 251 | -- | 268 | Kristina Shea, Christoph Ertelt, Thomas Gmeiner, Farhad Ameri. Design-to-fabrication automation for the cognitive machine shop |
| 269 | -- | 284 | Yaoyao Fiona Zhao, Xun Xu. Enabling cognitive manufacturing through automated on-machine measurement planning and feedback |
| 285 | -- | 299 | Juha Puttonen, Andrei Lobov, Maria A. Cavia Soto, Jose L. Martinez Lastra. A Semantic Web Services-based approach for production systems control |
| 300 | -- | 307 | Michael F. Zaeh, Gunther Reinhart, Martin Ostgathe, Florian Geiger, Christian Lau. A holistic approach for the cognitive control of production systems |
| 308 | -- | 319 | Paul Maier, Martin Sachenbacher, Thomas Rühr, Lukas Kuhn. Automated plan assessment in cognitive manufacturing |
| 320 | -- | 328 | Sonja Stork, Anna Schubö. Human cognition in manual assembly: Theories and applications |
| 329 | -- | 339 | Frank Wallhoff, Jürgen Blume, Alexander Bannat, Wolfgang Rösel, Claus Lenz, Alois Knoll. A skill-based approach towards hybrid assembly |
| 340 | -- | 354 | Yacine Rezgui, Ian E. Wilson, John Miles, Christina J. Hopfe. Federating information portals through an ontology-centred approach: A feasibility study |
| 355 | -- | 366 | Yaqub Rafiq, Chengfei Sui. Interactive visualisation: A support for system identification |
| 367 | -- | 376 | Peter Podbreznik, Bozidar Potocnik. Estimating correspondence between arbitrarily selected points in two widely-separated views |