1 | -- | 3 | Da Ruan 0001. Preface |
5 | -- | 13 | Da Ruan 0001. Fuzzy logic in the nuclear research world |
15 | -- | 31 | George J. Klir. Principles of uncertainty: What are they? Why do we need them? |
33 | -- | 41 | Ariën J. van der Wal. Application of fuzzy logic control in industry |
43 | -- | 51 | Nanju Na, Kee-Choon Kwon, Changshik Ham, Zeungnam Bien. A study on water level control of PWR steam generator at low power and the self-tuning of its fuzzy controller |
53 | -- | 60 | Chul-Hwan Jung, Chang-Shik Ham, Kuhn-Il Lee. A real-time self-tuning fuzzy controller through scaling factor adjustment for the steam generator of NPP |
61 | -- | 72 | Takashi Iijima, Yoshiaki Nakajima, Yasushi Nishiwaki. Application of fuzzy logic control system for reactor feed-water control |
73 | -- | 79 | Andrew Zardecki. Fuzzy controllers in nuclear material accounting |
81 | -- | 91 | James F. Baldwin, Trevor P. Martin, Athena Tocatlidou. Uncertainty management in radioactive waste repository site assessment |
93 | -- | 102 | E. Trauwaert, R. Reynders, T. Van Roy. Fuzzy optimization and nuclear production processes |
103 | -- | 113 | Bart Cappelle, Etienne E. Kerre. Computer assisted reliability analysis: An application of possibilistic reliability theory to a subsystem of a nuclear power plant |
115 | -- | 126 | Bartel A. Van de Walle, Bernard De Baets, Etienne E. Kerre. Fuzzy multi-criteria analysis of cutting techniques in a nuclear reactor dismantling project |
127 | -- | 137 | Armand de Callataÿ. Active avoidance of threatening commands to integrate fuzzy systems in nuclear power plants |
139 | -- | 151 | Jean-Michel Renders, A. Goosens, Françoise de Viron, M. De Vlaminck. A prototype neural network to perform early warning in nuclear power plant |
153 | -- | 162 | Hilde Smets, Walter F. L. Bogaerts. SCC susceptibility analysis of stainless steels in nuclear reactor water: a neural network and expert system approach |
163 | -- | 173 | Gert de Cooman, Da Ruan 0001, Alexander P. Ryjov. FLINS-related activities in Russia |