Results 191 to 200 of about 634,584 (236)
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Quarterly Reviews of Biophysics, 1988
The brain is one of the most highly organized structures in the known universe. It is a biological computer which has evolved over a billion years to program, monitor and control all bodily functions. It is also the organ of knowing, feeling and thinking. To understand how the brain works is perhaps the most difficult of all scientific problems.
J D, Cowan, D H, Sharp
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The brain is one of the most highly organized structures in the known universe. It is a biological computer which has evolved over a billion years to program, monitor and control all bodily functions. It is also the organ of knowing, feeling and thinking. To understand how the brain works is perhaps the most difficult of all scientific problems.
J D, Cowan, D H, Sharp
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Replaceable Nets, Net Collineations, and Net Extensions
Canadian Journal of Mathematics, 1966A net of degree k and order n is a set of n2 points and nk designated sets of points, called lines, such that(1) The lines fall into k disjoint parallel classes, i.e. each line occurs in exactly one parallel class.(2) Lines in the same parallel class have no points in common; lines in different parallel classes have exactly one point in common.(3) Each
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Seismological Research Letters, 1998
INTRODUCTION After the Kobe (Hyogoken-nanbu) earthquake of 1995, the Japanese government decided as an action plan in 1995 to increase the density of strong-motion observation stations, to upgrade the observation network, and to release future strong-motion records as soon as possible.
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INTRODUCTION After the Kobe (Hyogoken-nanbu) earthquake of 1995, the Japanese government decided as an action plan in 1995 to increase the density of strong-motion observation stations, to upgrade the observation network, and to release future strong-motion records as soon as possible.
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The Journal of Physical Chemistry A, 2009
The concept of net electrophilicity (electroaccepting power relative to electrodonating power) is introduced. It provides expected trends in most cases. A net electrophilicity scale is presented. Various reactivity descriptors for 32 molecules are calculated at the B3LYP/6-311+G(d) level of theory.
Pratim Kumar, Chattaraj +2 more
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The concept of net electrophilicity (electroaccepting power relative to electrodonating power) is introduced. It provides expected trends in most cases. A net electrophilicity scale is presented. Various reactivity descriptors for 32 molecules are calculated at the B3LYP/6-311+G(d) level of theory.
Pratim Kumar, Chattaraj +2 more
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IEEE Transactions on Neural Networks, 1993
This paper introduces techniques to train feedforward nets to automate ranking and classification tasks. The techniques are denoted mimic nets since the nets can always mimic self-consistent training data. The mimic nets are constructed not for any neurological analogy, but for computational ease and purposeful utility.
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This paper introduces techniques to train feedforward nets to automate ranking and classification tasks. The techniques are denoted mimic nets since the nets can always mimic self-consistent training data. The mimic nets are constructed not for any neurological analogy, but for computational ease and purposeful utility.
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Acta Informatica, 1995
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
U. Montanari, ROSSI, FRANCESCA
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zbMATH Open Web Interface contents unavailable due to conflicting licenses.
U. Montanari, ROSSI, FRANCESCA
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A reticular chemistry guide for the design of periodic solids
Nature Reviews Materials, 2021Hao Jiang +2 more
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