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  1. E. Franconi; V. Rabito,
    A Relation-Based Description Logic,
  2. A. Fusiello,
    Metodi per la navigazione autonoma e la sintesi automatica di mappe e di ambienti interni in presenza di dati sensori incerti,
  3. R. De Mori; Diego Giuliani; Roberto Gretter,
    Phone-based prefiltering for continuous speech recognition,
  4. L. Fedder,
    An Overview of Multimedia Systems and Technology,
    This report outlines the current state of the commercial use of multimedia. Topics covered are existing products, technical details of the various delivery systems, market analyses, and business issues. We also take a special look at the role of Natural Language Processing,
  5. F. Marchetti; Silvia Girardi,
    Indagini chimico-fisiche per la valutazione dello stato di deterioramento dei materiali impiegati sulla facciata Est di palazzo Alberti-Colico a Trento,
  6. A. Giorgi; Fabio Pianesi,
    Toward a Semantics of the Subjunctive,
  7. Francesco Ricci; S. Mam; P. Marti; V. Normand; P. Olmo,
    CHARADE: a Platform for Emergencies Management Systems,
    This paper describe the functional architecture of CHARADE a software platform devoted to the development of a new generation of intelligent environmental decision support systems. The CHARADE platform is based on the task-oriented approach to system design and on the exploitation of a new architecture for problem solving, that integrates case-based reasoning and constraint reasoning. The platform is developed in an object-oriented environment and upon that a demonstrator will be developed for managing first intervention attack to forest fires,
  8. A. Ciceri,
    La nozione di significato in sistemi formali per la rappresentazione della conoscenza contestuale,
  9. Chiara Ghidini,
    Semantiche a Modelli Locali per Logiche MultiContestuali,
  10. R. Battiti; P. Lee; A. Sartori; Gian Pietro Tecchiolli,
    Combinatiorial Optimization for Neural Nets: RTS Algorithm and Silicon,
    The training of neural networks is considered as a combinatorial optimization task and solved with the Reactive Tabu Search (RTS) method. RTS is applicable to non-differentiable functions, is robust with respect to the random initialization and effective in exploring the search space. A special-purpose VLSI architecture was developed to take advantage of the limited memory and processing requirements of RTS. A brief description of the chip and a test on a recurrent network are presented,