Development of computer tools for machine learning of generic reactions starting with specific reactions
The reasonings in organic synthesis often are of analogical type: try to adapt to a new situation, processes already described in previous cases. This is easily conceivable, if one considers there are, in chemistry, few general rules without exceptions which can provide a widely usable theoretic model.
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- P. Jauffret, C. Laurenco, G. Kaufmann T.S.I., 1986, 5, 375–390. English translation: T.S.I., 1987, 6, 129–143.Google Scholar
- P. Jauffret Thesis, Université de Nancy 1, 1987.Google Scholar
- Documentation transmitted by Alfons Weise.Google Scholar
- C.S. Wilcox, R.A. Levinson, ‘Artificial Intelligence Application in Chemistry’, T.H. Pierce & B.A. Hohne Ed., ACS symp. ser. 306, New York, 1986, 209–230.Google Scholar
- W. Sieber ‘Artificial Intelligence: Towards practical applications’, T. Bernold & C. Albers Ed., 1985, 105–107.Google Scholar
- G. Levi Calcolo 1972, 9, 341–342.Google Scholar
- C. Tonnelier DEA report, Université de Strasbourg 1, 1987.Google Scholar
- E. Moussa Vi-Hannicq Thesis, Université de Strasbourg 1, 1989.Google Scholar