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Posouzení interní metodiky testování na konkrétním projektu a návrh vylepšení
Hofrichterová, Kateřina ; Bruckner, Tomáš (advisor) ; Kodym, Oldřich (referee)
The thesis is focused on testing the banking software. The first part is contained introduction to the topic, introduced the project, including its objectives, the nature of the application, my role in it. Further described is a method Case study used throughout the work. The company is a researcher of the project for the client. The first objective is to describe the company's testing methodology by which the project progressed during, compare it with other methodologies with regard to their robustness, the degree of organization of work and domestic allocation. The second objective is to determine the bottlenecks including the determination of improvement. Each project is unique, so is suitable, another degree of organization. A control method of the project is agile. It is therefore expected framework anticipating complications and subsequent resolution of other areas to occur. The work defines the cause bottlenecks as the internal factor (human labor), external factors (legislative changes). Mapped was not only the current situation but also outlined the cause of the problem. And the third in terms of value-added most important goal is to design verification solutions experts. At work I described ways of solving problems. I woke them both employees solver side, so people from client companies. Experts from the client know good practices in the company and are able to assess the suitability due to the nature of society. Collaborators supply side, meanwhile, have extensive experience from similar projects. Their opinion on the issue can bring effective application of the Recommendation. The biggest benefit is not only the approval but also the subsequent implementation in the course of the entire project.
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Comparison of intelligent building
Hofrichterová, Kateřina ; Bruckner, Tomáš (advisor) ; Molnár, Zdeněk (referee)
The thesis is concerned with the comparison of systems with intelligent house. The aim is to choose appropriate methods and approaches for the design of intelligent building, to design the application and implementation of selected technologies in different price ranges, further evaluation using the proposed solutions for different categories of users. The first part is accomplished by mapping timeliness of intelligent housing issues and trends in the coming years. There are specified functionality, cost, and the return of classic and smart wiring. The second part is specified topologies and Loxone GILD, sample calculations, there is also defined by their scalability, control. The third part presents a comparison of the scoring method of price comparisons, scalability and control and standardization, user friendliness.
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