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Design and Implementation of CRM System Using Low-code Platform in the Corporate Environment
Obrtlík, Josef ; Mates,, Vojtěch (referee) ; Novák, Lukáš (advisor)
This master's thesis is focusing to create an operational CRM system in web interface of SystemBaker application in company environment – specifically for company named Mathesio s.r.o. In theoretical part there are explained concepts and technologies, which are needed to know to fully comprehend background of the developed application. Then there are introduced possible forms of developing this application, which serve for later assessment of economic benefits of this development form. In practical part there is de-scribed structure of database, use-cases and operational solution of this application and then economical assessment of benefits of this style of development.
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Automation of business processes using the RPA method
Kalus, Zdeněk ; Dobrovský, Ladislav (referee) ; Lacko, Branislav (advisor)
Bachelor thesis deals with principles of RPA application for the field of administrative processes automation. Thesis states possible risks, benefits and technologies related to RPA. The main part of the thesis outlines key indicators of processes that are suitable for automation, key areas on which company should focus when implementing RPA and fundamentals of RPA implementation. The following part of the thesis analyses products of leading companies in RPA sector. In the last part a company process for automation is recommended. The selection of the process is explained given the facts found in the previous parts of the thesis.
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Microscopic nuclear models for open-shell nuclei
Herko, Jakub ; Knapp, František (advisor)
Title: Microscopic nuclear models for open-shell nuclei Author: Jakub Herko Institute: Institute of Particle and Nuclear Physics Supervisor: Mgr. František Knapp, Ph.D., Institute of Particle and Nuclear Physics Abstract: Since the nucleus is a quantum many-body system consisting of con- stituents whose mutual interaction is not satisfactorily known, it is necessary to use approximate methods when describing the nucleus. Basic approximate approaches in the microscopic theory of the nucleus are the Hartree-Fock the- ory, Tamm-Dancoff approximation and random phase approximation. They are described in the first chapter of this thesis. The main aim was to develop mi- croscopic models for open-shell nuclei with two valence particles or holes. They are described in the second chapter, which contains detailed derivations of the relevant formulae. These methods have been numerically implemented. The re- sults of the calculations of the nuclear spectra and the electromagnetic transition probabilities are presented in the third chapter. Keywords: Tamm-Dancoff approximation, random phase approximation, open- shell nuclei, nuclear spectra, electromagnetic transition probabilities ii
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Robotic Process Automation
Poštulka, David ; Moudrá, Libuše (referee) ; Novák, Lukáš (advisor)
The content of this bachelor's thesis is the robotization of a selected process using RPA technology. The selected RPA tool is the UiPath Studio, in which we perform the robotization of the selected process. Part of the thesis also contains the strategic analysis of the Samsung company, for which we perform the automation.
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Microscopic nuclear models for open-shell nuclei
Herko, Jakub ; Knapp, František (advisor)
Title: Microscopic nuclear models for open-shell nuclei Author: Jakub Herko Institute: Institute of Particle and Nuclear Physics Supervisor: Mgr. František Knapp, Ph.D., Institute of Particle and Nuclear Physics Abstract: Since the nucleus is a quantum many-body system consisting of con- stituents whose mutual interaction is not satisfactorily known, it is necessary to use approximate methods when describing the nucleus. Basic approximate approaches in the microscopic theory of the nucleus are the Hartree-Fock the- ory, Tamm-Dancoff approximation and random phase approximation. They are described in the first chapter of this thesis. The main aim was to develop mi- croscopic models for open-shell nuclei with two valence particles or holes. They are described in the second chapter, which contains detailed derivations of the relevant formulae. These methods have been numerically implemented. The re- sults of the calculations of the nuclear spectra and the electromagnetic transition probabilities are presented in the third chapter. Keywords: Tamm-Dancoff approximation, random phase approximation, open- shell nuclei, nuclear spectra, electromagnetic transition probabilities ii
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Microscopic nuclear models for open-shell nuclei
Herko, Jakub ; Knapp, František (advisor) ; Kvasil, Jan (referee)
Title: Microscopic nuclear models for open-shell nuclei Author: Jakub Herko Institute: Institute of Particle and Nuclear Physics Supervisor: Mgr. František Knapp, Ph.D., Institute of Particle and Nuclear Physics Abstract: Since the nucleus is a quantum many-body system consisting of con- stituents whose mutual interaction is not satisfactorily known, it is necessary to use approximate methods when describing the nucleus. Basic approximate approaches in the microscopic theory of the nucleus are the Hartree-Fock the- ory, Tamm-Dancoff approximation and random phase approximation. They are described in the first chapter of this thesis. The main aim was to develop mi- croscopic models for open-shell nuclei with two valence particles or holes. They are described in the second chapter, which contains detailed derivations of the relevant formulae. These methods have been numerically implemented. The re- sults of the calculations of the nuclear spectra and the electromagnetic transition probabilities are presented in the third chapter. Keywords: Tamm-Dancoff approximation, random phase approximation, open- shell nuclei, nuclear spectra, electromagnetic transition probabilities ii
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Characterization of Antirecombinase Activity of Human FBH1 Helicase
Šimandlová, Jitka ; Janščák, Pavel (advisor) ; Cséfalvay, Eva (referee)
Homologous recombination (HR) is an essential mechanism for accurate repair of DNA double-strand breaks (DSBs). However, HR must be tightly controlled because excessive or unwanted HR events can lead to genome instability, which is a prerequisite for premature aging and cancer development. A critical step of HR is the loading of RAD51 molecules onto single-stranded DNA regions generated in the vicinity of the DSB, leading to the formation of a nucleoprotein filament. Several DNA helicases have been involved in the regulation of the HR process. One of these is human FBH1 (F-box DNA helicase 1) that is a member of SF1 superfamily of helicases. As a unique DNA helicase, FBH1 additionally possesses a conserved F-box motif that allows it to assemble into an SCF complex, an E3 ubiquitin ligase that targets proteins for degradation. FBH1 has been implicated in the restriction of nucleoprotein filament stability. However, the exact mechanism of how FBH1 controls the RAD51 action is still not certain. In this work, we revealed that FBH1 actively disassembles RAD51 nucleoprotein filament. We also show that FBH1 interacts with RAD51 and RPA physically in vitro. Based on these data, we propose a potential mechanism of FBH1 antirecombinase function.
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