The thesis deals with the design of a seating element with a focus on healthy sitting. This sitting is by tilting the seat so that the spine is deflected correctly. The seating element is designed for use in the so-called semi-sitting semi-seat, ie using a higher, sometimes inclined table. The work has two parts. The first one focuses on theory, history, sitting issues, ergonomics and the influence of sitting on human health. The second practical part deals with the design, searches, stages of the seating element such as sketching, 3D modeling, production of the working model, seating test and finally production of the functional sample. The result is a seating design that allows a healthy sitting.

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Diplomová práce pojednává o dynamických modelech rozvozu, případně svozu. Je zde popsán způsob střídání dvou epoch - epochy rozhodovací a implementační, který navrhli Zhi-Long Chen a Hang Xu. Využití těchto epoch je znázorněné v praktické části, kde jsou zároveň porovnány dva možné přístupy konstrukce tras vozidel. Teoretická část je především zaměřena na řešení problematiky aktualizace tras vozidel způsobených požadavky, které v čase náhodně přicházejí.

The task of the author of this thesis is to propose a design of rocking chair, which will be conditioned by the rules of a healthy active sitting and will allow changes of positions and versatility of use for different types of activities. The thesis is divided into two parts. The first, theoretical part deals with the design, sitting and its impact on the human body, ergonomics, dynamic sitting, rocking and its history, and finally literature searches of competing products. The second part is practical and is dedicated to the design itself. This process consists sketching, a subsequent 3D modelling and creation of models. That leads to the production of the rocking chair in 1:1 scale.

This thesis focuses on the root system stability analysis and it deals with the dynamic stress caused by wind. The subject of focus is testing intact and artificially damaged trees with the help of accelerometers which might be used in the field of arboriculture to evaluate the tree resilience to being blown down. Thesis analyses this method by administering the test and evaluating the resulting data. This thesis also proposes different options for using the new information while contemplating the problem of tree resilience to dynamic stress.

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This thesis deals with the creation of a complex platform for remote applications. Users will be able to connect to these remote applications with universal thin client. One thin client application will be able to control any remote application in this platform. This thesis will also include an analysis of existing systems having similar goals. In a practical part of the thesis I'll describe communication protocol and implementation in detail. The implementation output will be two applications: an application server and an example client application which will implement suggested communication protocol.

The main aim of the thesis is the design of a seating element dedicated to interior. The first theoretical part is focused on the historical development of the session, typology, ergonomics and problems arising from incorrect long-term sitting. Furthermore, the safety and dynamics of the seat element are emphasized. The second part of the thesis includes the design of the balancing chair, which is presented by sketches, visualization and technical drawings. In conclusion, there is a detailed description of the creation of a functional prototype.