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Deep learning and visualization of models for image captioning and multimodal translation
Michalik, Samuel ; Helcl, Jindřich (advisor) ; Rosa, Rudolf (referee)
Title: Deep Learning and Visualization of Models for Image Captioning and Multimodal Translation Author: Samuel Michalik Institute: Institute of Formal and Applied Linguistics Supervisor: Mgr. Jindřich Helcl, Institute of Formal and Applied Linguistics Abstract: In recent years, the machine learning paradigm known as deep learning has proven to be well suited for the exploitation of modern parallel hardware and large datasets, helping to advance the frontier of research in many fields of arti- ficial intelligence and finding succesfull commercial applications. Deep learning allows end-to-end trainable systems to tackle difficult tasks by building complex hierarchical representations. However, these internal representations often avoid easy interpretation. We explore the possibilities of interpretable visualizations of attention components and beam search decoding at the task of image captioning and multimodal translation and build an application - Macaque, that can be run as an online service, to meet this end. Furthermore, we propose a novel attention function formulation, called scaled general attention. We experimentally evalu- ate scaled general attention along common attention functions on four different model architectures based on the encoder-decoder framework at the tasks of im- age captioning and...
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Effect of Precursor Synthesis on Catalytic Activity of Co3O4 in N2O Decomposition
Chromčáková, Ž. ; Obalová, L. ; Kovanda, F. ; Pacultová, K. ; Kukutschová, J. ; Michalik, S. ; Kustrowski, P. ; Jirátová, Květa
The correlation between methods of preparation, phase composition of precursors, catalytic properties of the related oxide catalysts, and the role of the cobalt ions as catalytic active sites is discussed.
Fulltext: content.csg -  PDF
Plný tet: SKMBT_C22014090213370 - PDF
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