The aim of this master thesis is to outline the decision-making process in small and medium-sized businesses for investment in automated packaging solutions using multi-criteria decision making method. The effort will also highlight some critical points, which could cause an error in decision making. Investment decision will be shown on the assessment of alternatives of automated packaging from Savoy, which is represented by the company Logtech in the Czech Republic, and comparing to competitive solutions from Lantech Solutions and NeoPack Solutions, represented by company e3neo.

This diploma thesis deals with the delivery of software products to end users and automation of related processes. After the initial introduction to the issue of deployment, as it is defined by one of the widely used software engineering methodology RUP (Rational Unified Process), the thesis devotes to practices as Continuous Integration, Continuous Delivery and Continuous Deployment which are directly oriented to the delivery of a software product based on automated processes. The second part depicts the design and the implementation of the solution for automation of the deployment of web applications in PHP within the specific developer company. The design part itself covers the analysis of the current state of the manual deploying process of business applications along with possible ways of automation its parts (updating the source code and database schema, application configuration, etc.), the definition of essential requirements for the solution and analysis of available tools which is the base for the selection of the most suitable tools for each component forming the resulting solution. The thesis also depicts interesting or nontrivial parts of implementation of each component, the practical case of usage of the system, the subsequent evaluation of the resulting solution along with estimated benefits and suggestions for the future expansion of its functionality.

The diploma thesis deals with the concept of automation of business administrative processes in the context of robotic process automation (RPA) and industry 4.0 with a focus on business information systems. The theoretical part focuses on defining the basic concepts related to the topic of this thesis, such as the information society, digitization and automation. An essential part is the analysis of current trends and possibilities of business process automation. To analyze these trends, a systematic literature review was conducted, the aim of which was to examine the current state of knowledge on the topic of industry 4.0 with a focus on current trends, future developments and other possible directions of this concept, especially in digitization and business administrative process automation. The aim of this diploma thesis is to design a solution for automation of selected administrative processes using RPA software Integromat in conjunction with the internal corporate business information system in the company ANTEE s.r.o. The design of the automation solution is based on the analysis of the current state of processes (AS-IS) and further outlines possible ways to use Integromat for their automation (TO-BE state), while also taking into account the necessary prerequisites for proper operation of...

The aim of this thesis is to design a one-purpose machine for grinding concrete light-permeable bricks LiCrete. The bricks LiCrete are a new interior design component. The final step of manufacturing is wet grinding with high quality and accuracy. At the same time it is grinded the concrete and light-permeable parts made by polymethylmethacrylate (PMMA). It is important to keep size and quality appearance of the bricks. The research part contains description of the problems related to the grinding of the bricks LiCrete. The next part is about conceptual variants of the solution. The construction contains the complex solution of one-purpose machine with technical drawings. The last part include a conceptual design of continuous high-productive machine for grinding LiCrete bricks.

This master thesis is focused on tutoring systems and their practical usage in education. In the theoretical part of this work is introducted architecture of this systems together with characteristics of types and examples. Next there is a description of systems in programming courses. Based on this knowledge application for teaching Python through feedback to student codes is proposed. Implementation and presentation of tests results, gained in interaction with real users, are introduced in the practical part of the work.

This work deals with the design and realization of the workplace for the measurement of ventilation parameters of fans, electric machines and other elements. The thesis contains an extensive research part regarding the air-conditioning issues. In the work was designed a channel for measurement, electronics, sensorics, control algorithm and user application. The workplace was completed and tested.

The representation of 3D polygonal model on several levels of available detail is a problem inherent in the process of rendering a scene. Highly-detailed models, if placed far from the camera, suffer from spatial aliasing that results from inadequate sampling of their surface, and require disproportionately large amount of time to render. Low-detailed models on the other hand reduce the visual quality of the scene when placed too near to the camera. This report delves in both the theory and the practical techniques used for solving these problems. It describes various published solutions and the principles behind them, and presents a design and an implementation of selected techniques for the GPUEngine library.

The aim of the thesis is to design and create system for intelligent room controlled by voice. The solution is based on Phonexia Speech Engine developed by Phonexia. The system runs on Raspberry Pi. The core functionality of the system is implemented in Python. The resulting solution is certainly interesting and with some updates may become intelligent assistant for meettings.

The subject of this dissertation is the application of selected elements od industry 4.0 to the construction industry. Individually selected elements are subsequently presented in more detail and for each element is created a SWOT analysis. The conclussion of this dissertation is conducting surveys in construction companies on the use of new technologies and evaluation of these surveys.

The master thesis deals about proposal, implementation and creating chatbot logic for e-commerce. Chatbot will serve for communication with customers mostly, but also as an online marketing channel. Thesis includes theoretical part, analysis of present conditions and requirments and also practical part which is separated in more specific subparts. In theoretical part we can find necessary informations to understand the chatbot problematic. Analysis of present conditions and requirments is focused to already working e-commerce system, which is also used as source of informations in practical part.