| Z. Kasa, V. Varga, A Graph Model for Distributed Database Systems | 3-8 |
| R. Trambitas, Data Collections and Monads | 9-20 |
| D. Tatar, V. Varga, Simplification of Magic-Set Rules by Logic Grammars | 21-28 |
| S. Motogna, How to Model Message Passing by Lambda-Calculus | 29-34 |
| M. Lupea, A Proof Method for Closed Normal Default Theories | 35-44 |
| A. Blaga, The Normal Form of a Perturbed Keplerian Hamiltonian | 45-54 |
| A. Fazekas, A. Hajdu, Analysing the Noise Sensitivity of Skeletonization Algorithms | 55-70 |
| A. Andreica, Symbolic modelling of dynamical equations for non-compressible stationary fluids | 71-78 |
| C. Enachescu, Active Learning for Improving the Performances of Neural Networks | 79-90 |
| S. Berar, M. Vancea, A. Vancea, A Formal Support System for the Object Oriented Analysis | 91-96 |
| A.F. Boer, The density - A Numerical Characteristic for Languages | 97-106 |