Titlebook: Neural Nets WIRN VIETRI-96; Proceedings of the 8 Maria Marinaro,Roberto Tagliaferri Conference proceedings 1997 Springer-Verlag London Limi

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Alessandro Sperduti,Antonina Staritaial upflows are brighter than the downflows, the alternating, parallel light and dark lanes should reflect the presence of roll convection in the subphotospheric layers. If the numerous images processed by us are representative, the patterns revealed suggest a widespread occurrence of roll convectio

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anophotocatalysts. A detailed description of these methods is far beyond the scope of the present book. This chapter is confined to the methods . the properties of nanocrystalline semiconductors and thus . on the structure and properties of these fascinating objects as a result of their interaction

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A Class of Cost Functions for Independencea problem that, depending on the specific setting, is often designated as . or .. The reasons for the growing interest on this problem are briefly examined. Some of the most important methods that have been proposed to solve the problem are overviewed, A new class of objective functions for solving

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Virtual Reality and Neural Networksch lies in the computer. At the actual state of the art, it suggests much higher performances than current technology can generally provide [1]. Other terms like “Virtual Worlds”, “Virtual Environments” or “Synthetic Environments” seem preferable because they are linguistically conservative, and rel

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Input/Output HMMs: A Recurrent Bayesian Network Viewed learning on temporal domains. HMMs and IOHMMs are viewed as special cases of belief networks that might be called . Bayesian networks. This view opens the way to more general structures that could be devised for learning probabilistic relationships among sets of data streams (instead of just inpu

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Solving algebraic and geometrical problems using neural networksIn this sense “neural computing” has generally been restricted to these types of domains. In contrast, here we investigate how neural networks can be adapted to actually solve numerical problems in algebra and geometry by modelling connections and transducer functions.

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