| Y. Sakai | ||
| The logic of molecular geneticists for the understanding of genetic information | 3 | |
| N. Littlestone | ||
| Learning simple Boolean concepts | 6 | |
| P. Brazdil | ||
| Learning in multi-agent environments | 15 |
Neural Networks
| A. Namatame | ||
| Knowledge -intensive learning in connectionist networks | 35 | |
| H. Kimoto and T. Iwadera | ||
| Learning effect of a dynamic thesaurus in associated information retrieval | 47 | |
| Inductive Inference | ||
| N. Tanida and T. Yokomori | ||
| Polynomial-time identification of very regular languages in the limit | 61 | |
| A. Sakurai | ||
| Inductive inference of formal languages from positive data enumerated primitive-recursively | 73 | |
| M. Sato and K. Umayahara | ||
| Inductive inferability for formal languages from positive data | 84 | |
| Y. Mukouchi | ||
| Characterization of pattern languages | 93 | |
| H. Arimura, T. Shinohara and S. Otsuki | ||
| Polynomial-time inference of unions of tree pattern languages | 105 | |
| S. Tani | ||
| On the role of equivalence queries in MAT learning | 115 | |
| Y. Takada, Y. Sakakibara and T. Ohtani | ||
| ACE: A syntax-directed editor customizable from examples and queries | 126 | |
| Approximate Learning | ||
| S. Miyano, A. Shinohara and T. Shinohara | ||
| Which classes of elementary formal systems are polynomial-time learnable | 139 | |
| E. Takimoto and A. Maruoka | ||
| Relationships between PAC-learning algorithms and weak Occam algorithms | 151 | |
| N. Abe | ||
| Preservation of predictability under polynomial sparse variations and its applications | 163 | |
| K. Yamanishi | ||
| Learning non-parametric densities by finite-dimensional parametric hypotheses | 175 | |
| Y. Tsukada and K. Koyama | ||
| A knowledge transfer model: From zero-knowledge to full-knowledge | 187 | |
| K. Koyama and T. Lai | ||
| An interactive knowledge transfer model and analysis of ``Mastermind'' game | 196 | |
| Analogical Reasoning | ||
| S. Furuya and S. Miyano | ||
| Analogy is NP-hard | 207 | |
| K. Fujita and M. Harao | ||
| Proving based on similarity | 213 | |
| T. Miyahara | ||
| Analogical reasoning using elementary formal systems with mismatch | 224 | |
| M. Suwa and H. Motoda | ||
| The use of abstract primitives in representing the meanings of ``Verbs'' for understanding metaphors | 231 | |
| R. Orihara | ||
| Analogical reasoning as a form of hypothetical reasoning and justification-based knowledge acquisition | 243 | |
| J. Arima | ||
| A logical analysis of relevance in analogy | 255 | |
| M. Haraguchi | ||
| A form of analogy as an abductive inference | 266 | |
| Inductive Logic Programming | ||
| S. Tangkitvanich and M. Shimura | ||
| Recovery from multiple faults in relational theory | 277 | |
| S. Sakurai and M. Haraguchi | ||
| Towards learning by abstraction | 288 | |
| K. Furukawa | ||
| Preliminary study on program sunthesis based on induction and verification | 299 | |
| Index of Authors | 307 |
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