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Sensing Device based on Windows 10 IoT Core
Vaľuš, Dávid ; Zeman, Kryštof (referee) ; Hošek, Jiří (advisor)
This bachelor thesis focuses on installation of system Windows 10 IoT Core on microcomputer Raspberry Pi 2 and creating AllJoyn application for measuring temperature, humidity and brightness via bluetooth interface. In theoretics part technologies like M2M (Machine To Machine) and IoT (Internet of Things) are described, actuall trends and the future and AllJoyn platform. There is also a comparsion of operating systems available for Raspberry Pi 2. Practical part focuses on the installation of system Windows 10 IoT Core on Raspberry Pi 2 board. It also deals with verification of the functionality of the system via testing aplication for temperature measurement via SPI interface and bluetooth. In practical part we joined the AllJoyn network and via this network we shared data from a Bluetooth sensor.
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Measuring of Key Parameters of Experimental LTE-A Mobile Network
Bednář, David ; Mašek, Pavel (referee) ; Hošek, Jiří (advisor)
The thesis is about measurment of experimental mobility network LTE-A setwork parameters on BUT in Brno. In the first part there is born of LTE network, which continues with general architecture of mobility and experimental LTE-A network. Together with thesis there is a description of measurment machine, with which was measurement provided. The result of thesis is created web application, which behavior is compress of measured values of LTE network parameters and create universal graphs.
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Project Proposal for Financing by EU Funds
Hošková, Klára ; Hošek, Jiří (referee) ; Konečná, Zdeňka (advisor)
This Bachelor´s thesis delas with use of grants from Structural funds of European Union for specific project. It delas with grant application processes and to create a projct with aim to gain financial resources from European Union. Specifically it is grant for acquisition and implementation informatik system. This project is evaluated and on the basic of this is created proposal for solution of funding of the project.
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Usage of OSS/FS in enterprise network
Sobotka, Ondřej ; Hošek, Jiří (referee) ; Kříž, Jiří (advisor)
This bachelor's thesis describes propose and realization of a new evidence/reclaim system. It uses only software with an available source code – licensed as Open Source or Free Software. Main purposes are to streamline and simplify common processes in service department, for example inserting, printing, editing and listing of reclaims, creating reports, automatic executing of repeated operation and etc. Among other aims of this thesis rank accessing to the reclaim database via internet and application of security rules for an access to and work with system. MySQL server was chosen as the database system, as the HTTP server was chosen Apache. Programming languages HTML, CSS, JavaScript, PHP and SQL were used for development. Theoretical observation are mentioned first followed by analyzation of the former state in the service department and sumarization of found problems. Next key part contains detailed steps solving these problems and resulting benefits.
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Smart Home Control by Utilizing AllJoyn Platform
Resler, Tomáš ; Kováč, Dominik (referee) ; Hošek, Jiří (advisor)
This bachelor work concerns with system Alljoyn which tries to standardize the interface for communication in the frame of intelligent house. The basic principles and the structure of the framework Alljoyn including the recent proposal of the modules Lighting framework and Gateway Agent have been described in the theoretical oriented part of the work. The practical oriented part stars with the description of the getting the Alljoyn framework including the Lighting controller and the Gateway Agent to work on the hardware router provided with operating system OpenWRT. The following parts present own testing connector for the Alljoyn Gateway which have been written to allow the remote control of the lights via cloud service Twitter. The functionality of the router have been tested with software simulator of the Alljoyn lights Luminaire and an own ligths driving program developed utilizing the experimental Lighting SDK for mobile devices with operating system Android.
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Simulation of H2H and M2M Communications in Mobile Network LTE-Advanced
Číhal, Josef ; Mašek, Pavel (referee) ; Hošek, Jiří (advisor)
This bachelor thesis „Simulation of H2H and M2M communication in LTE-Advanced mobile network“ focuses on theoretical study of H2H (Human to Human) and M2M (Ma- chine to Machine) communication in fourth-generation of mobile network (LTE/LTE- Advanced). It also focus on the influence of M2M communication to compliance with the agreed terms of quality of service (QoS) for H2H traffic. Based on the theoretical analysis was created model of H2H and M2M communication using NS-3(Network Si- mulator 3). Last part of bachelor thesis deals with verification of the functionality of created model through simulations focusing on the key operational parameters such as delay, throughput and load of base station (eNodeB).
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Social-based Forwarding in IP Networks
Němec, Jan ; Balej, Jiří (referee) ; Hošek, Jiří (advisor)
This barchelor thehis focuses on problematics of data routing in mobile networks. First part of the work focuses on mobile networks and description of DTN and opportunistic networks. In next part of this work are described routing protocols which fits the concept of routing based on social status. Last part of the work focuses on design and realization of the chosen protocol from the previous part.
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Molecular Communication in Nano-networks Utilizing Diffusion Process
Kupka, Lukáš ; Mašek, Pavel (referee) ; Hošek, Jiří (advisor)
The bachelor thesis is focused on theoretical desription of diffusion-based molecular communication in nanonetworks, description of simulation framework N3Sim and building a model of nanocommunication in this simulator. Second part of thesis is focused on molecular communication based on electromagnetic waves. In this case simulator NS-3 and Nano-Sim module has been used. Practical part contains detail analysis of simulators adjustment and results of simulations. Simulations are performed with different settings in several scenarios. Their comparison and results is summarized in conclusion.
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