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91	Vývoj moderních akustických parametrů kvantifikujících hypokinetickou dysartrii / Development of modern acoustic features quantifying hypokinetic dysarthria Kowolowski, Alexander January 2019 (has links) This work deals with designing and testing of new acoustic features for analysis of dysprosodic speech occurring in hypokinetic dysarthria patients. 41 new features for dysprosody quantification (describing melody, loudness, rhythm and pace) are presented and tested in this work. New features can be divided into 7 groups. Inside the groups, features vary by the used statistical values. First four groups are based on absolute differences and cumulative sums of fundamental frequency and short-time energy of the signal. Fifth group contains features based on multiples of this fundamental frequency and short-time energy combined into one global intonation feature. Sixth group contains global time features, which are made of divisions between conventional rhythm and pace features. Last group contains global features for quantification of whole dysprosody, made of divisions between global intonation and global time features. All features were tested on Czech Parkinsonian speech database PARCZ. First, kernel density estimation was made and plotted for all features. Then correlation analysis with medicinal metadata was made, first for all the features, then for global features only. Next classification and regression analysis were made, using classification and regression trees algorithm (CART). This analysis was first made for all the features separately, then for all the data at once and eventually a sequential floating feature selection was made, to find out the best fitting combination of features for the current matter. Even though none of the features emerged as a universal best, there were a few features, that were appearing as one of the best repeatedly and also there was a trend that there was a bigger drop between the best and the second best feature, marking it as a much better feature for the given matter, than the rest of the tested. Results are included in the conclusion together with the discussion.
92	Late Mesozoic to Cenozoic erosion and sediment dispersal in the Dinaride orogen: a sedimentary provenance approach / Spätmesozoische bis Känozoische Erosion und Sedimentschüttung im Dinarischen Orogen: Ansätze aus der Provenanzanalyse Mikes, Tamás 16 December 2008 (has links) No description available. 550 Geowissenschaften Mathematics and Computer Science Dinariden Alpen Adriatische Platte Metasedimente Granitoid Ophiolith Flysch Sandstein Siliziklastika Jura Kreide Känozoikum Biostratigraphie Kalknannofossilien sedimentäres Liefergebiet Spaltspur-Thermochronologie Geochronology chemische Datierung Mineralchemie Chromspinell Zirkon Monazit Elektronenstrahl-Mikrosonde laser ablation ICP-MS Kernel-density Schätzung Dinarides Alps Adriatic plate metasediments granitoids ophiolite flysch sandstone siliciclastics Jurassic Cretaceous Cenozoic biostratigraphy calcareous nannofossils sedimentary provenance fission-track thermochronology geochronology chemical dating mineral chemistry Cr-spinel zircon monazite electron microprobe laser ablation ICP-MS kernel density estimation 38.03 38.10 38.17 38.28 38.42 VAE 811: Alpidische Orogene {Tektonik} VKB310

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Vývoj moderních akustických parametrů kvantifikujících hypokinetickou dysartrii / Development of modern acoustic features quantifying hypokinetic dysarthria

Late Mesozoic to Cenozoic erosion and sediment dispersal in the Dinaride orogen: a sedimentary provenance approach / Spätmesozoische bis Känozoische Erosion und Sedimentschüttung im Dinarischen Orogen: Ansätze aus der Provenanzanalyse