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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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,Fördern und Speichern von Arbeitsgut,ep Neural Network (DNN). However, because it takes a long time to sample DNN’s output for calculating its distribution, it is difficult to apply it to edge computing where resources are limited. Thus, this research proposes a method of reducing a sampling time required for MC Dropout in edge computi
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https://doi.org/10.1007/978-3-642-83955-9 and computing resources are required in the commonly used CNN models, posing challenges in training as well as deploying, especially on those devices with limited computational resources. Inspired by the recent advancement of random tensor decomposition, we introduce a Hierarchical Framework for Fa
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Siegfried Hildebrand,Werner Krauseh minimal or no performance loss. However, there is a general lack in understanding why these pruning strategies are effective. In this work, we are going to compare and analyze pruned solutions with two different pruning approaches, one-shot and gradual, showing the higher effectiveness of the latt
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Fertigungsinseln in CIM-Strukturenp Learning, also enabled by the availability of Automated Machine Learning and Neural Architecture Search solutions, the computational requirements of the optimization of the structure and the hyperparameters of Deep Neural Networks usually far exceed what is available on tiny systems. Therefore, th
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,Zusammenfassung und Schluβfolgerungen, the cost of evaluating a model grows with the size, it is desirable to obtain an equivalent compressed neural network model before deploying it for prediction. The best-studied tools for compressing neural networks obtain models with broadly similar architectures, including the depth of the model.
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Wilhelm Dangelmaier,Hans-Jürgen Warneckeped to reduce the dimension of the label space by learning a latent representation of both the feature space and label space. Almost all existing models adopt a two-step strategy, i.e., first learn the latent space, and then connect the feature space with the label space by the latent space. Additio
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