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Design of Optimization Techniques for Investment Portfolio Selection of Novice Investors
Baňas, Martin ; Bartík,, Vladimír (referee) ; Doubravský, Karel (advisor)
This bachelor thesis explores the potential of quantitative optimization methods to develop innovative portfolio strategies for novice investors. By combining economic concepts with practical applications in statistics and programming, the study constructs an accessible platform using Python, particularly through various libraries, to support informed investment decisions. It concludes that these tools significantly improve the ability of inexperienced investors to construct, understand and manage their portfolios, highlighting the potential for expanding their use for educational purposes within a financial education environment.
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Design of a chess manipulator
Novák, Tomáš ; Parák, Roman (referee) ; Cejpek, Zdeněk (advisor)
The bachelor’s thesis deals with a design and realization of a chess manipulator and its controlling through a graphical user-friendly interface. The theoretical part is divided into two sections, a brief insight into manipulation technique and a more in-depth characteristic of robotic manipulators. The practical part focuses on the chosen chess set and a concept of the robotic manipulator. The following parts then describe the structural units, motor and control units and electronic components. Additionally involves the practical part the design and implementation of the manipulator via the Arduino and the user interface. In the final part is created a functional model and designed possible future improvements and development.
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Design of a chess manipulator
Novák, Tomáš ; Parák, Roman (referee) ; Cejpek, Zdeněk (advisor)
The bachelor’s thesis deals with a design and realization of a chess manipulator and its controlling through a graphical user-friendly interface. The theoretical part is divided into two sections, a brief insight into manipulation technique and a more in-depth characteristic of robotic manipulators. The practical part focuses on the chosen chess set and a concept of the robotic manipulator. The following parts then describe the structural units, motor and control units and electronic components. Additionally involves the practical part the design and implementation of the manipulator via the Arduino and the user interface. In the final part is created a functional model and designed possible future improvements and development.
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