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Department store - Building Technology Project
Bláhová, Barbora ; Ing.Václav Čech (referee) ; Henková, Svatava (advisor)
The thesis is focused on building technology solutions for the construction department store. The front of the main entrance, designed for base personnel has two floors; the rest designed for the sale is single-storey. The building is designed as a reinforced concrete skeleton hall. Roofing is solved by a flat roof consisting of sales of reinforced concrete beams with a slope of 3 %, with the roofing sheet ALKORPLAN. The two-storey part of the roof is again dealt with a flat roof, consisting of ceiling panels and concrete catchment slope of 2 %, the roofing sheet ALKORPLAN. External walls are designed sandwich panels KINGSPAN. Walls and ceilings are dealt with plasterboard. The floors are made of linoleum and ceramic tiles. The building is equipped with aluminum windows, interior doors are made of wood. Outdoor and entrance doors are made from aluminum. This thesis addresses the implementation of technology, organization of construction, time demands, costs to implement the object, control over the implementation – KZP, coordination situation, and instructions for use of the building after its handover to the owner.
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Time requirements of construction of a building object
Procházka, Jan ; Výskala, Miloslav (referee) ; Aigel, Petr (advisor)
The topic of this bachelor thesis is Time requirements of building construction. The aim of this work is to analyze the time consuming construction of the building. The work is focused on reinforced concrete bridge frame structures. The first part describes the technology of construction and structural types of bridges. The second part of the thesis deals with the determination of the construction time indicators. The individual indicators are related to the area and volume of the bridge structure, and the pace of construction of the individual parts of the bridge is analyzed.
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Cost analysis of passive houses and houses with zero energy demand
Gregovská, Kateřina ; Aigel, Petr (referee) ; Výskala, Miloslav (advisor)
The bachelor's thesis deals with the envelope structures of an existing family house, which is in a passive standard. The constructions being compared are therefore peripheral, floor and roof. The subject of this work is whether the proposed structure composition is effective, both in terms of heat transfer coefficient and in construction costs and speed. Alternatively, find a better possible variant of thermal insulation for already designed compositions of envelope structures. The work therefore compares different types and thicknesses of thermal insulation. The values of heat transfer coefficient, cost intensity and time intensity were used for comparison.
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Analysis of Classification Methods
Juríček, Jakub ; Zendulka, Jaroslav (referee) ; Burgetová, Ivana (advisor)
This work deals with the classification methods used in the knowledge discovery from data process and discusses the possibilities of their validation and comparison. Through experiments, the work focuses on the analysis of four selected methods: Naive Bayes classificator, decision tree, neural network and SVM. Factors influencing basic characteristics such as training speed, classification speed, accuracy are examined. A part of the thesis is a desktop application, which is a tool for training, testing and validation of individual methods. Eleven reference data sets are selected for experimental purposes. At the end of this work experimental results of comparison and observed characteristics of classification methods are summarized.
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Hough Transform for Line Detection
Leikep, Bořek ; Beran, Vítězslav (referee) ; Španěl, Michal (advisor)
This paper is describing use of the Hough Transform for line detection. It also contains theoretical description of circle detection and detection of more complex subjects. The goal of this work is to evaluate implementation of line detection in C# on Microsoft .NET platform mostly from a time consumption point of view. The paper contains description of implementation of the application Detektor which is part of this work.
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Time requirement of building construction
Kašiár, Dominik ; Výskala, Miloslav (referee) ; Aigel, Petr (advisor)
The subject of this (bachelor) work is to identify the factors influenced the time demandingness of building construction. Design and project companies have provided me as many similar disposition objects (buildings) as possible to determine the time demandingness of building construction. I have sellected non-cellar bungalows.
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Suffix Trees Capabilities
Chlubna, Pavel ; Hynek, Jiří (referee) ; Burgetová, Ivana (advisor)
This thesis discusses structure of suffix trees, their implementation and problematics, we can solved with suffix trees. The thesis also focuses on construction of suffix trees, with usage of Ukkonen's algorithm. Apart of implementation of this structure this thesis deals with comparing other commonly used algorithms with suffix trees in term of time complexity. A result of this thesis is application with graphical interface, that shows usage of suffix trees in solving various problematics and shows comparison of this structure to other algorithms.
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Security applications for Android
Celeng, Michal ; Burget, Radim (referee) ; Hajný, Jan (advisor)
The work deals with the issue of operations with large numbers in the enviroment of the Android operating system, mainly their time consumption and the implementation of protocol HM12 created for attribute authentication. The output of created application is a QR code generated with the necessary information for the user authentication. A premise is to preserve user's anonymity and other features expected in a modern cryptography.
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Control of medical devices and material equipment in rescue service car and preparation for rescue operation. Manual for a paramedics.
PROCHÁZKA, Jakub
This bachelor thesis deals with the inspection of medical devices and material equipment in a rescue service car. Inspection is one of the work duties that a paramedic must complete during the work shift. An insufficient inspection might lead to the failure of medical devices or the lack of material equipment necessary during the shift. Due to the increasing number of rescue trips, it may sometimes be difficult to do the inspection between each trip. In the theoretical part I outlined the legislation pertaining rescue services, the requirements for the equipment of the cars, dividing the rescue trip groups. I also described the devices and materials that the paramedics use. The goal of this thesis was to record the duration, process and competence during the inspection of medical devices and material equipment. I also focused on the most hazardous instances in the event of an insufficient inspection. The practical part was done using the semi-structured interview method with nine paramedics. The results state that in most cases paramedics have enough time to do the inspection of devices and equipment during the shift, even if the inspection is slow. However, due to the nature of this profession, the time of the inspection, as well as its duration, cannot be planned ahead. The best conclusion would be to shorten the time needed for the inspection to a minimum while having the highest possible quality of the inspection. I also found out that paramedics do different kinds of inspections, which they do on their own and are responsible for. The last part of the research has showed that paramedics consider the failure of medical devices as the most dangerous. Given the minimal instances of a device failure during a rescue trip, I believe that paramedics give the most importance to this part of the inspection.
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