| 901 | -- | 913 | Kev M. Bossley, Martin Brown, Christopher J. Harris. Neurofuzzy identification of an autonomous underwater vehicle |
| 915 | -- | 928 | P. J. Sm, J. S. Sm, J. Lucas. Localization of a Uuv within Structures Using Range Data and World Modelling Techniques |
| 929 | -- | 938 | Massimo Caccia, Gianmarco Veruggio. Acoustic motion estimation and guidance for unmanned underwater vehicles |
| 939 | -- | 946 | Dejan M. Boskovic, Miroslav Krstic. Global attitude/position regulation for underwater vehicles |
| 947 | -- | 964 | R. K. Lea, R. Allen, S. L. Merry. A comparative study of control techniques for an underwater flight vehicle |
| 965 | -- | 980 | Paul J. Craven, Robert Sutton, Roland S. Burns, Yong-Ming Dai. Multivariable intelligent control strategies for an autonomous underwater vehicle |
| 981 | -- | 988 | Motoyuki Takai, Tamaki Ura. Development of a system to diagnose autonomous underwater vehicles |
| 989 | -- | 1010 | N. Mort, D. A. Derradji. Control reconfiguration in submersible vehicles using artificial neural networks |
| 1011 | -- | 1019 | Keith C. Yang, Junku Yuh, Song K. Choi. Fault-tolerant System Design of an Autonomous Underwater Vehicle Odin: an Experimental Study |
| 1021 | -- | 1032 | M. R. Katebi, Michael J. Grimble. Integrated control, guidance and diagnosis for reconfigurable autonomous underwater vehicle control |
| 1033 | -- | 1056 | Pere Ridao, Joan Batlle, Josep Amat, G. N. Roberts. Recent trends in control architectures for autonomous underwater vehicles |
| 1057 | -- | 1072 | P. Encarnação, António Manuel Santos Pascoal, A. Healey. Underwater vehicle design using integrated plant-controller optimization methods |