Results 251 to 260 of about 13,062 (288)
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Science, 2017
Dendritic Cells Dendritic cells (DCs) play a crucial role in priming T cell–driven antiviral responses. Silvin et al. examined the paradox of how virus-infected DCs retain the ability to drive adaptive immune responses. In response to endocytic viruses, they found CD1c+ DCs to be susceptible to infection and death, whereas CD141+ DCs were not.
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Dendritic Cells Dendritic cells (DCs) play a crucial role in priming T cell–driven antiviral responses. Silvin et al. examined the paradox of how virus-infected DCs retain the ability to drive adaptive immune responses. In response to endocytic viruses, they found CD1c+ DCs to be susceptible to infection and death, whereas CD141+ DCs were not.
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Proceedings of the Genetic and Evolutionary Computation Conference, 2018
Neuroevolution is a powerful and general technique for evolving the structure and weights of artificial neural networks. Though neuroevolutionary approaches such as NeuroEvolution of Augmenting Topologies (NEAT) have been successfully applied to various problems including classification, regression, and reinforcement learning problems, little work has ...
Tyler McDonnell +8 more
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Neuroevolution is a powerful and general technique for evolving the structure and weights of artificial neural networks. Though neuroevolutionary approaches such as NeuroEvolution of Augmenting Topologies (NEAT) have been successfully applied to various problems including classification, regression, and reinforcement learning problems, little work has ...
Tyler McDonnell +8 more
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Journal of Business Strategy, 1999
You can collect huge masses of data about your customers, but if you don't sort it, it won't do you any good. Mapping software may be just what you need.
Sunny Baker, Kim Baker
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You can collect huge masses of data about your customers, but if you don't sort it, it won't do you any good. Mapping software may be just what you need.
Sunny Baker, Kim Baker
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Multidimensional divide-and-conquer
Communications of the ACM, 1980Most results in the field of algorithm design are single algorithms that solve single problems. In this paper we discuss multidimensional divide-and-conquer , an algorithmic paradigm that can be instantiated in many different ways to yield a number of algorithms and data structures for ...
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Nature, 2005
Abstract This wide-ranging book is the first to examine one of the most significant and characteristic features of modern medicine—specialization—in historical and comparative context. Based on research in three languages, it traces the origins of modern medical specialization to 1830s Paris and examines its spread to Germany, Britain ...
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Abstract This wide-ranging book is the first to examine one of the most significant and characteristic features of modern medicine—specialization—in historical and comparative context. Based on research in three languages, it traces the origins of modern medical specialization to 1830s Paris and examines its spread to Germany, Britain ...
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On dividing and conquering independently
1997We suggest that the components of the well known divide-and-conquer paradigm can be profitably presented as independent constructs in a skeletal parallel programming model. We investigate this proposal through the expression of Batcher's bitonic sorting algorithm.
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The Divide-and-Conquer Manifesto
2001Existing machine learning theory and algorithms have focused on learning an unknown function from training examples, where the unknown function maps from a feature vector to one of a small number of classes. Emerging applications in science and industry require learning much more complex functions that map from complex input spaces (e.g., 2-dimensional
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Science, 2000
T he average personal computer spends much less than half a day actually performing useful computations. Many users, concerned about the vulnerability of expensive electronic components to the constant cycling of the power on and off, leave their systems on continuously.
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T he average personal computer spends much less than half a day actually performing useful computations. Many users, concerned about the vulnerability of expensive electronic components to the constant cycling of the power on and off, leave their systems on continuously.
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Abstract The methods of Peter Ramus sweep across Europe, winning adherents and facing stiff opposition in equal measure.
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