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Web Application for Primer Selection for 16S rRNA Amplicon Sequencing
Jurča, Jan ; Martínek, Tomáš (referee) ; Smatana, Stanislav (advisor)
Main goal of this thesis was an implementation of web application, that can evalutate and recommend primer pairs for 16S rRNA amplicon sequencing, according to users specific needs and by this simplify the procces of primer pair selection. Primer pair evaluation is based on database of primer pairs, which contains data about senzitivity and specifity of each primer pair. Part of the work was also the performance optimization of the primer pair analysis algorithm, that computes senzitivity and specifity data. This optimization helped in an integration of algorithm into the application, which means that users can submit their own primer pair sequences, run analysis and get informations about position of amplified region, sensitivity and specifity.
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Production single parts from sheet metal with usage technology deep drawing
Jurča, Jan ; Dvořák, Milan (referee) ; Žák, Ladislav (advisor)
JURČA Jan: The manufacturing of sheet metal part by deep draw technology. Thesis of Master´s Studies, the 5th Year of Study, the School-year 2008/2009, The Institute of Manufacturing Technology, Department of Machining, FSI VUT Brno.The thesis deals with the project of manufacturing the part of the car body – the fifth door by deep draw technology. The material is zinc-coated sheet metal HX220YD EN 10292. Mechanical properties and suitability of the material are evaluated by mechanical tests. The structure of the material is evaluated by metalography scratch pattern. The analysis of draw process and manufacturability of the part is made by calculations and AutoForm software. The production line, necessary machinery and construction solution of draw tool for the manufacturing the part are determined. Last section deals with economical evaluation of the production.
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Pedestrian Identification
Jurča, Jan ; Špaňhel, Jakub (referee) ; Hradiš, Michal (advisor)
This thesis deals with pedestrian identification from video sequence based on person, face and gait recognition. For person and face recognition are used pretrained networks. While for gait recognition is implemented and compared many different networks. Final pedestrian recognition is based on multimodal fusion realized by neural network. For the purpose of the work was created dataset, along with a set of tools that allow its almost automatic creation.
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Web Application for Primer Selection for 16S rRNA Amplicon Sequencing
Jurča, Jan ; Martínek, Tomáš (referee) ; Smatana, Stanislav (advisor)
Main goal of this thesis was an implementation of web application, that can evalutate and recommend primer pairs for 16S rRNA amplicon sequencing, according to users specific needs and by this simplify the procces of primer pair selection. Primer pair evaluation is based on database of primer pairs, which contains data about senzitivity and specifity of each primer pair. Part of the work was also the performance optimization of the primer pair analysis algorithm, that computes senzitivity and specifity data. This optimization helped in an integration of algorithm into the application, which means that users can submit their own primer pair sequences, run analysis and get informations about position of amplified region, sensitivity and specifity.
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Pedestrian Identification
Jurča, Jan ; Špaňhel, Jakub (referee) ; Hradiš, Michal (advisor)
This thesis deals with pedestrian identification from video sequence based on person, face and gait recognition. For person and face recognition are used pretrained networks. While for gait recognition is implemented and compared many different networks. Final pedestrian recognition is based on multimodal fusion realized by neural network. For the purpose of the work was created dataset, along with a set of tools that allow its almost automatic creation.
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Production single parts from sheet metal with usage technology deep drawing
Jurča, Jan ; Dvořák, Milan (referee) ; Žák, Ladislav (advisor)
JURČA Jan: The manufacturing of sheet metal part by deep draw technology. Thesis of Master´s Studies, the 5th Year of Study, the School-year 2008/2009, The Institute of Manufacturing Technology, Department of Machining, FSI VUT Brno.The thesis deals with the project of manufacturing the part of the car body – the fifth door by deep draw technology. The material is zinc-coated sheet metal HX220YD EN 10292. Mechanical properties and suitability of the material are evaluated by mechanical tests. The structure of the material is evaluated by metalography scratch pattern. The analysis of draw process and manufacturability of the part is made by calculations and AutoForm software. The production line, necessary machinery and construction solution of draw tool for the manufacturing the part are determined. Last section deals with economical evaluation of the production.
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