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Android Application for Long-Time Robust Audio Recording
Chovancová, Simona ; Mošner, Ladislav (referee) ; Szőke, Igor (advisor)
The purpose of this project is the implementation of a robust Android application capable of a long-term and reliable audio recording using internal or external microphone. It also includes implementation of a remote server where the application sends its recorded audio. The solution includes Android audio recording technique, data sending management using multiple threads and a simple communication protocol. The final product complies with all of the above-mentioned requirements.
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Controlling of a Canon DSLR via a mobile device
MINÁŘ, Petr
The aim of this bachelor's thesis is to create a mobile application for the Android platform, through which it would be possible to control a Canon digital SLR camera. The connection between the mobile phone and the camera is made via Wi-Fi. The camera control application allows you to detect and connect or disconnect the camera, view camera information (battery level, free space on memory card, lens connection), can make selected camera settings (adjust exposure parameters, flash control, set ISO value, set color photo style), display a live view image of the camera, start basic operations (focus, immediate and delayed image capture, zoom adjustment), more complex actions (sequential shooting, exposure with various parameters) and the ability to record video. The application is able to save the selected settings as special thematic modes for later use. In addition, the application supports the transfer and storage of photos from the camera to a mobile phone. Application programming is based on an SDK package issued by Canon. Based on the testing of the created application, I evaluated the possibilities and limits of controlling a digital SLR camera from another device via Wi-Fi. Compared to the Canon application, my application allows more setting options as well stored user settings of individual camera settings.
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Controlling of the NAO robot in direct mode
ŠTROBL, Daniel
The thesis deals with programming and work with the NAO robot from the company Softbankrobotics. It describes the robot's hardware and software. The aim of this work was to create an application that directly controls the robot. The application was created in python 2.7 for the Windows operating system. The SDK supplied by the manufacturer was used to create this application. The application uses the robot's naoqi framework and uses its API. The application is able to send the appropriate commands immediately, or compose these commands into sequences and create programs from them. These programs are not self-executing, but it's needed to load them into the application and run them from there. In my work, I describe the creation of this application, its features, and problems that I encountered during the development of this application. I compared the created application with the official Choreographe program. The testing showed, that the application I created is faster both in terms of creating a sequence of commands and in terms of the speed of sending commands to the robot.
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Automatic Regression Tests for SDK and CMSIS
Svoboda, Tomáš ; Šimková, Hana (referee) ; Crha, Adam (advisor)
In my bachelor thesis, I deal with design and description of implementation of automatic regression tests for SDK and CMSIS software packages using the continuous integration system Atlassian Bamboo. The goal was to create a set of tests over IDE interfaces MCUXpresso, IAR Workbench, uVision. Furthermore, to compare file structures and files between new and previous versions of software packages. An essential part of my work is also a theoretical basis concerning the algorithm and comparison of XML files and his modifications. For visualizing large amounts of data from the regression test output, it was necessary to create a clear interface.
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Android Application for Long-Time Robust Audio Recording
Chovancová, Simona ; Mošner, Ladislav (referee) ; Szőke, Igor (advisor)
The purpose of this project is the implementation of a robust Android application capable of a long-term and reliable audio recording using internal or external microphone. It also includes implementation of a remote server where the application sends its recorded audio. The solution includes Android audio recording technique, data sending management using multiple threads and a simple communication protocol. The final product complies with all of the above-mentioned requirements.
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SDK v PHP pro API v otevřeném bankovnictví
MÁCA, Pavel
This bachelor's thesis focuses on the creation of a library in PHP language for the API specified by czech standard for the Open banking. First part is targeted to analyse the czech standard in conjunction with the european Payment Service Directive, known as the PSD2. Next part describe requirements of the libraly for consuming REST API. Practical part contains creation of the library and it's usage. This library is designed for use in a financial application and managing user financial informataion and payments.
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Congress centre Humpolec
Šrůta, Otto ; Pospíšil, Jaroslav (referee) ; Brzoň, Roman (advisor)
This thesis describes the design and processing of the convention center. The proposed house is located at the top of the square of Humpolec in the area designated for the construction of public facilities. The building consists of a basement, where there is a garage for the car owner and stores food for the kitchen. On the first floor there is a reception, restaurant and facilities for the kitchen. On the second floor are conference halls. In the third and fourth floor is accommodation for guests. The restaurant is designed for 55 people inside + outdoor terrace can seat about 30 people. Conference halls are designed for 90 people. Accommodation is for 28 guests. Outdoor parking is for 40 cars. Perimeter bearing walls are made of reinforced concrete + insulation. Interior bearing walls are made of reinforced concrete, interior non-bearing brick walls HELUZ. The ceilings are made of overstretched Spiroll panels and boards reinforced cross. For ceiling is plasterboard ceilings. The roof home is designed as a single-layer flat. Heating is effected by the heat pump. Wooden windows are six-chamber, aluminum doors. There is a staircase and an elevator. The proposed facility is designed wheelchair.
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Gait and sleep monitoring system using Pebble Time Smartwatch
Racek, Matej ; Mucha, Ján (referee) ; Mekyska, Jiří (advisor)
This thesis deals with Gait and sleep monitoring system using Pebble Time Smartwatch. As part of this work, 2 Android applications are developed. The theoretical part deals with research on the given issue, comparison of solutions, basic terminology. Furthermore, Pebble, Pebble SDK, the possibility of development in its environment as well as the use of accelerometer data are described in the work. The practical part deals with design, implementation with samples of code and testing of the sleep and movement monitoring system.
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Augmented reality for mobile devices
Ürgeová, Lucia ; Číka, Petr (referee) ; Dvořák, Pavel (advisor)
This paper is dealing with present possibilities of application augmented reality in mobile devices. The work also describes alternatives in a field of developing mobile applicatons by means of comparison of present avalaible software development kits, which are focused on 3D object tracking. This feature was tested on selected software development kits.
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