Table of Contents
| 1. Multi-combinative strategy to avoid premature convergence in genetically-generated fuzzy knowledge bases | |
| Sofiane Achiche, Marek Balazinski, Luc Baron | 417-444 |
| 2. Fuzzy-neural and evolutionary computation in identification of defects | |
| Tadeusz Burczyński, Piotr Orantek, Antoni Skrobol | 445-460 |
| 3. Cellular automata: structures and some applications | |
| Marcin Burzyński, Waldemar Cudny, Witold Kosiński | 461-482 |
| 4. Soft computing tools for machine diagnosing | |
| Mariusz Gibiec | 483-501 |
| 5. Fuzzy reactive control of wheeled mobile robot | |
| Zenon Hendzel | 503-517 |
| 6. Hierarchical genetic computation in optimal design | |
| Joanna Kołodziej, Robert Schaefer, Anna Paszyńska | 519-538 |
| 7. Hybrid, finite element-artificial neural network model for composite materials | |
| Marek Lefik | 539-563 |
| 8. Some methods for multicriteria design optimization using evolutionary algorithms | |
| Andrzej Osyczka, Stanislaw Krenich | 565-584 |
| 9. Reliability based optimization of steel frames under seismic loading conditions using evolutionary computation | |
| Manolis Papadrakakis, Yiannis Tsompanakis, Nikos D. Lagaros, Michalis Fragiadakis | 585-608 |
| 10. Decomposition-based evolutionary computing in multicriteria optimization environment | |
| Juntaek Ryoo, Prabhat Hajela | 609-628 |
| 11. Neural network assisted crack and flow identification in transient dynamics | |
| Georgios E. Stavroulakis, Marek Engelhardt, Aristidis Likas, Rafael Gallego, Heinz Antes | 629-649 |
| 12. Structural reliability – fuzzy sets theory approach | |
| Ewa Szeliga | 651-666 |
| 13. Application of neurocomputing in the parametric identification using dynamic responses of structural elements – selected problems | |
| Leonard Ziemiański, Bartosz Miller, Grzegorz Piątkowski | 667-693 |
| 14. Motion planning for wheeled mobile robot using potential field method | |
| Wiesław Żylski | 695-705 |