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Titlebook: Artificial Neural Networks and Machine Learning – ICANN 2020; 29th International C Igor Farkaš,Paolo Masulli,Stefan Wermter Conference proc

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Statistische Prozessregelung (SPC),this idea in two main ways: by using a combination of common and task-specific parts, or by fitting individual models adding a graph Laplacian regularization that defines different degrees of task relationships. The first approach is too rigid since it imposes the same relationship among all tasks.
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Glossar, Begriffe und Definitionen,sible solution. Besides the previous active learning algorithms that only adopted information after training, we propose a new class of methods named sequential-based method based on the information during training. A specific criterion of active learning called prediction stability is proposed to p
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,Berührungslos/optische Messverfahren,linear Fokker-Planck dynamics constitutes one of the main mechanisms that can generate .-maximum entropy distributions. In the present work, we investigate a nonlinear Fokker-Planck equation associated with general, continuous, neural network dynamical models for associative memory. These models adm
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Detecting Uncertain BNN Outputs on FPGA Using Monte Carlo Dropout Samplinghad not learned as “uncertain” on a classification identification problem of the image on an FPGA. Furthermore, for 20 units in parallel, the amount of increase in the circuit scale was only 2–3 times that of non-parallelized circuits. In terms of inference speed, parallelization of dropout circuits
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Pareto Multi-task Deep Learningnderlying training dynamics. The experimental results show that a neural network trained with the proposed evolution strategy can outperform networks individually trained respectively on each of the tasks.
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Fine-Grained Channel Pruning for Deep Residual Neural Networks
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Artificial Neural Networks and Machine Learning – ICANN 202029th International C
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,Fördern und Speichern von Arbeitsgut,had not learned as “uncertain” on a classification identification problem of the image on an FPGA. Furthermore, for 20 units in parallel, the amount of increase in the circuit scale was only 2–3 times that of non-parallelized circuits. In terms of inference speed, parallelization of dropout circuits
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