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Detached house with design office
Horňáková, Veronika ; Holešovská, Anna (referee) ; Utíkalová, Ivana (advisor)
The topic of this bachelor thesis is a new family house with project office in Uherský Brod. Family house is located on flat land in a short distance from the city center. The building is two-floor. In the first floor is located entrance to the building, storeroom, utility room, living room, sbathroom, WC and project office with own entrance and WC. From the first floor is also entrance to the terrace and garden. In the second floor is situated bedroom with dressing room, two bedrooms, bathroom and WC. From one of the bedroom is possible to access to the balcony. The roof above the first floor is flat, the roof above second flat is mono-pitched roof. The building is made of structural masonry system Porotherm 30 P+D, insulation system EPS 100F, roof truss from bonded girder, roof covering foil Fatrafol. Garage is designed as a detached building roofed with a flat roof. Garage is made of the structural system Porotherm 30 P+D. Project Documentation is created in AutoCAD.
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Multifunctional buiding Dělnická
Horňáková, Veronika ; Velecký, Pavel (referee) ; Utíkalová, Ivana (advisor)
The subject of diploma thesis is processing of the desing documentation for new multifunctional building in the street Dělnická, cadastre unit Komín, Brno - Komin. The building is a 3 floors and one underground floor and is designed as a last building in the street on the nearly flat land. In the building is located non-residential space, dwelling units and studios. Non-residential space comprise seven parking spaces in a public underground garage, two stores barrier-free solution with the facilities and two studios 1 + 1. The residential part has two dwelling units 1 + kk, two dwelling units 2 +1 and two dwelling units 4 + kk. The building is based on a waterproof concrete structure "white tub". The vertical structure is built of clay blocks Porotherm, horizontal structures are cast-in-place reinforced concrete. The exterior building envelope is completed with thermal insulation. An internal staircase is cast-in-place reinforced concrete. The entrance to the garage for cars is possible by Autolift. The building is roofed with warm flat roof. The drawings are processed in AutoCAD software visualization are processed in Sketch Up
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Measurement of optical and opto-electrical components parameters
Horňáková, Veronika ; Dejdar, Petr (referee) ; Münster, Petr (advisor)
This diploma thesis deals with optical and optoelectronic components. The first part describes three selected optical and three optoelectronic components. Optical components include power divider, isolator and circulator. The optoelectronic ones are laser diode, photodetector and modulator. Basic measurement parameters were defined for each component. In the experimental part, four components from different manufacturers were measured. Selected components are power dividers, isolators, circulators and a laser diode. Subsequently, the measured parameters were compared with the catalog values.
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Deep learning based face recognition in real conditions
Horňáková, Veronika ; Kříž, Petr (referee) ; Přinosil, Jiří (advisor)
This bachelor thesis explores the area of face recognition using deep learning technique. Face recognition is used for two main reasons: verification and identification. In this thesis we describe the techniques of deep learning, mostly the convolutional neural networks, which are the most significant method for processing images - detection, classification and segmentation of the image. The process of face recognition is divided into four main steps: face detection, face selection, face extraction and face classification. We chosen three of the existing programs for face recognition (OpenFace, FaceNet and Face_Recognition), which are described in this thesis, in particular the principle of the human face recognition. Thanks to the tests with the data set of Labeled Faces in the Wild (LFW) we could specify the accuracy and the time requirement of each application. Testing of FaceNet and Face_Recognition ran on real data with face detection in video with complicated conditions. The test compares two images and tries to determine if is the same person. The test results are show in graph and table.
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Measurement of optical and opto-electrical components parameters
Horňáková, Veronika ; Dejdar, Petr (referee) ; Münster, Petr (advisor)
This diploma thesis deals with optical and optoelectronic components. The first part describes three selected optical and three optoelectronic components. Optical components include power divider, isolator and circulator. The optoelectronic ones are laser diode, photodetector and modulator. Basic measurement parameters were defined for each component. In the experimental part, four components from different manufacturers were measured. Selected components are power dividers, isolators, circulators and a laser diode. Subsequently, the measured parameters were compared with the catalog values.
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Deep learning based face recognition in real conditions
Horňáková, Veronika ; Kříž, Petr (referee) ; Přinosil, Jiří (advisor)
This bachelor thesis explores the area of face recognition using deep learning technique. Face recognition is used for two main reasons: verification and identification. In this thesis we describe the techniques of deep learning, mostly the convolutional neural networks, which are the most significant method for processing images - detection, classification and segmentation of the image. The process of face recognition is divided into four main steps: face detection, face selection, face extraction and face classification. We chosen three of the existing programs for face recognition (OpenFace, FaceNet and Face_Recognition), which are described in this thesis, in particular the principle of the human face recognition. Thanks to the tests with the data set of Labeled Faces in the Wild (LFW) we could specify the accuracy and the time requirement of each application. Testing of FaceNet and Face_Recognition ran on real data with face detection in video with complicated conditions. The test compares two images and tries to determine if is the same person. The test results are show in graph and table.
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Multifunctional buiding Dělnická
Horňáková, Veronika ; Velecký, Pavel (referee) ; Utíkalová, Ivana (advisor)
The subject of diploma thesis is processing of the desing documentation for new multifunctional building in the street Dělnická, cadastre unit Komín, Brno - Komin. The building is a 3 floors and one underground floor and is designed as a last building in the street on the nearly flat land. In the building is located non-residential space, dwelling units and studios. Non-residential space comprise seven parking spaces in a public underground garage, two stores barrier-free solution with the facilities and two studios 1 + 1. The residential part has two dwelling units 1 + kk, two dwelling units 2 +1 and two dwelling units 4 + kk. The building is based on a waterproof concrete structure "white tub". The vertical structure is built of clay blocks Porotherm, horizontal structures are cast-in-place reinforced concrete. The exterior building envelope is completed with thermal insulation. An internal staircase is cast-in-place reinforced concrete. The entrance to the garage for cars is possible by Autolift. The building is roofed with warm flat roof. The drawings are processed in AutoCAD software visualization are processed in Sketch Up
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Detached house with design office
Horňáková, Veronika ; Holešovská, Anna (referee) ; Utíkalová, Ivana (advisor)
The topic of this bachelor thesis is a new family house with project office in Uherský Brod. Family house is located on flat land in a short distance from the city center. The building is two-floor. In the first floor is located entrance to the building, storeroom, utility room, living room, sbathroom, WC and project office with own entrance and WC. From the first floor is also entrance to the terrace and garden. In the second floor is situated bedroom with dressing room, two bedrooms, bathroom and WC. From one of the bedroom is possible to access to the balcony. The roof above the first floor is flat, the roof above second flat is mono-pitched roof. The building is made of structural masonry system Porotherm 30 P+D, insulation system EPS 100F, roof truss from bonded girder, roof covering foil Fatrafol. Garage is designed as a detached building roofed with a flat roof. Garage is made of the structural system Porotherm 30 P+D. Project Documentation is created in AutoCAD.
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