Titlebook: Independent Component Analysis and Signal Separation; 7th International Co Mike E. Davies,Christopher J. James,Mark D Plumble Conference pr

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Toshio Sumi,Toshio Sakatachnological problems for composite (composable) systems on t.Composite decisions consist of subdecisions and correspond to a composite system.?This approach extends the traditional paradigm of decision making of Herbert A. Simon, i.e. choice of the best alternative(s), and realizes a two-stage solvi

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Fabian J. Theis,M. Kawanabechnological problems for composite (composable) systems on t.Composite decisions consist of subdecisions and correspond to a composite system.?This approach extends the traditional paradigm of decision making of Herbert A. Simon, i.e. choice of the best alternative(s), and realizes a two-stage solvi

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Using State Space Differential Geometry for Nonlinear Blind Source Separationations that do not affect separability), and it is possible to compute these explicitly and determine if they do separate the phase space density function. A longer version of this paper describes a more general method that performs nonlinear multidimensional BSS or independent subspace separation.

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On Separation of Signal Sources Using Kernel Estimates of Probability Densitiesent is to show conceptually and experimentally that both geometric and algebraic separation problems are very intimately related, since there exists a general variational approach based on which one can recover either geometrically or algebraically mixed sources, while only little needs to be modifi

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Colored Subspace Analysisurces, so the model is applicable to any wide-sense stationary time series without restrictions. Moreover, since the method is based on second-order time structure, it can be efficiently implemented even for large dimensions. We conclude with an application to dimension reduction of functional MRI r