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Business Process Mining
Skácel, Jan ; Kreslíková, Jitka (referee) ; Bartík, Vladimír (advisor)
This thesis explains business process mining and it's principles. A substantial part is devoted to the problems of process discovery. Further, based on the analysis of specific manufacturing process are proposed three methods that are trying to identify shortcomings in the process. First discovers the manufacturing process and renders it into a graph. The second method uses simulator of production history to obtain products that may caused delays in the process. Acquired data are used to mine frequent itemsets. The third method tries to predict processing time on the selected workplace using asociation rules. Last two mentioned methods employ an algorithm Frequent Pattern Growth. The knowledge obtained from this thesis improve efficiency of the manufacturing process and enables better production planning.
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System for the Data Presentation and Data Collection
Skácel, Jan ; Burget, Radek (referee) ; Milička, Martin (advisor)
The aim of this bachelor's thesis is to design and implement a tool that allows receiving data from multiple agents and representation of those data to logged in users. Model of recorded data is created by designer using special tool integrated into developed aplication. The application backend is implemented in Python language using Model-view-controller design pattern. Used database management system is MySQL. For definition of views within the application is used application specific scripting programming language.
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Human Detection Using Radar
Skácel, Jan ; Zemčík, Pavel (referee) ; Maršík, Lukáš (advisor)
This work is focused on the design and implementation of algorithm for human detection in real time using a continuous wave radar. Classification of people is based on doppler signatures produced when they walk. Fourier transform techniques were used to analyze these signatures and key features were identified that are very representative of the human walking motion. On the basis of design, the C++ application that process radar signal and detects human is implemented. Last part of this work is focused on algorithm evaluation.
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Contentious issues of failure to help
Skácel, Jan ; Herczeg, Jiří (advisor) ; Vokoun, Rudolf (referee)
Resumé The aim of this work was to try to analyze the offense of failure to help analyze the issues, which may result from application of this crime, which partially solves the jurisprudence of the courts. I tried to outline my views on this offense, especially on the possibility or impossibility of its application in the field of health care in the provision of health care doctors and nurses (health professionals). I outlined my views on the relationship of the offense to other offenses against life and health, to euthanasia and futile therapy. Did I mention the theory of the guarantor and the possibility of applying this theory in this offense and I was back to tackle the crime of failure to help in Germany, France and the common law type of legal culture. After defining the characteristics of the offense of failure to help I dealt with the definition of certain concepts related to this crime. The primary concept is to define the necessary assistance to prevent imminent death or serious health disorders. In different situation may have needed help to acquire different dimensions. For example, the necessary assistance to the other content in whole helthy humans than in terminally dying terminally ill patient with no chance of recovery or survival or improve quality of life. The necessary assistance is...
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System for the Data Presentation and Data Collection
Skácel, Jan ; Burget, Radek (referee) ; Milička, Martin (advisor)
The aim of this bachelor's thesis is to design and implement a tool that allows receiving data from multiple agents and representation of those data to logged in users. Model of recorded data is created by designer using special tool integrated into developed aplication. The application backend is implemented in Python language using Model-view-controller design pattern. Used database management system is MySQL. For definition of views within the application is used application specific scripting programming language.
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Human Detection Using Radar
Skácel, Jan ; Zemčík, Pavel (referee) ; Maršík, Lukáš (advisor)
This work is focused on the design and implementation of algorithm for human detection in real time using a continuous wave radar. Classification of people is based on doppler signatures produced when they walk. Fourier transform techniques were used to analyze these signatures and key features were identified that are very representative of the human walking motion. On the basis of design, the C++ application that process radar signal and detects human is implemented. Last part of this work is focused on algorithm evaluation.
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