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System for User Configuration of Smart City Platform
Konečný, Marek ; John, Petr (referee) ; Hynek, Jiří (advisor)
With growing interest in the digitization of municipal administration, various solutions are emerging for unifying different IoT platforms into sustainable systems capable of visualizing various data and indicators for use by both administrators and citizens. One such solution is called Smart City, a platform developed by the Czech company Logimic, s.r.o., which provides, among other features, a web client allowing simultaneous access by multiple users. The aim of this thesis is to develop an extension of this application that enables it’s dynamic runtime configuration and customization, taking into account various challenges and their solutions inspired by popular web content management systems. The result primarily includes more sophisticated definition of configuration metamodels, as well as user-friendly configuration interfaces, but also a solution for user concurrency issues. This extension was implemented using web technologies TypeScript and Angular, upon which the current platform is built.
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Evaluation of possibility of modifying selected part of public lighting network for EV charging
Hýsek, David ; Vrána, Michal (referee) ; Baxant, Petr (advisor)
The master thesis deals with the concept of smart cities in the context of motivation for the use of the synergy of public lighting network and charging points. The thesis provides an overview of projects from the Czech Republic and abroad focusing on the adaptation of the urban public lighting network for charging electric vehicles. Different variants of charging station installations and their management are discussed. Another important topic is the selection of a suitable location for charging stations and the concept of synergistic connection of these stations with the existing public lighting network. The thesis proposes scenarios for using the existing public lighting network for charging electric vehicles and scenarios for bringing a parallel cable to this network in selected Brno locations. The aim is to optimize the efficiency and performance of the public lighting network and at the same time provide a charging infrastructure for electric vehicles. The results of the thesis represent a valuable contribution to urban planning and the development of smart cities that focus on sustainable and environmentally friendly mobility. The synergy between the public lighting network and charging points represents a potential for efficient use of infrastructure in the urban environment while contributing to the reduction of greenhouse gas emissions.
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Automated design and 3D printing of prototypes for urban engineering
Krutáková, Anna ; Vořechovská, Dita (referee) ; Podroužek, Jan (advisor)
This bachelor thesis deals with automated design and 3D prototype printing for urban engineering. In the first part, there is a general definition of 3D printing, including development and overview of basic technology and materials. It also follows the focus on certain measurement methods and the creation of 3D models. In the second part, the thesis focuses mainly on the use in the building industry and it discusses related topics such as the automatic optimization of the external elements of building elements or objects(shape), the internal topology of these building elements (fill) and the possible inspiration from organic structures. There is also distinguished between terrestrial applications focusing on the production of prefabricated building components and implementation at site. Extraterrestrial autonomous applications discuss the possibilities this technology for colonizing the Moon or Mars. This thesis presents the results of a unique assessment of the current state of the art in the field of applicability of 3D technology for additive production in the context of urban engineering and demonstrates the associated advantages and open problems on many examples. Finally, the benefits of this technology are evaluated.
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Smart Cities
Soldán, Michal ; Sedláček, Pavel (referee) ; Marcoň, Petr (advisor)
Tato bakalářská práce se zabývá obecným úvodem do dílčích projektů, které jsou důležité pro realizaci chytrých měst i v nich používaných technologií. Podrobněji tato práce přibližuje projekty v různých zemích, hlavně však v Japonsku a na Havaji. Konkrétně shrnuje technologicky pokročilé energetické řešení a testovací projekty chytré sítě, které jsou základním kamenem pro budoucí chytrá města i efektivní využití elektomobilů. Práce také zmiňuje projekty chytrých měst v Evropě, kde je synchronizace vyvinutých technologií testována v praxi.
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Design of smart sensor equipped with LoRa technology
Šigut, Štěpán ; Pokorný, Jiří (referee) ; Štůsek, Martin (advisor)
Over the past years few trends have become as profound in the technology industry as yearly increases in battery capacity, transistor density and price drops for computing power. These trends follow a steep curve and drive what has become known as IoT or Internet of Things. Ever increasing number of devices connected to the internet are putting high demands on wireless network technologies. During the last decade several new wireless technologies have emerged and are competing to become the next go-to technologies for applications such as smart cities, smart cars and smart factories. LoRaWAN is one relatively new competitor to the market and is the central topic of this thesis.
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Simulation model of waste collection for Network Simulator 3
Kolaja, Lukáš ; Mlýnek, Petr (referee) ; Fujdiak, Radek (advisor)
The goal of this diploma thesis is create an application for route optimalization for waste collection which is one of the technologies of smart cities. At first was described issue of smart cities focused to waste collection. The thesis describes the real deployment of smart waste collection using sensor network and was also designed its own model of smart waste collection. It is also described graph theory and related genetic algorithms which is suitable for waste collection optimalization. On that basics an application was made in C/C++ language which using a genetic algorithm to compute best possible path in graph which represents a map where waste is collected. By input data to application is vector image of evaluated graph in SVG data format.
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Processing and Storing IoT Data in Relational Databases with Application of Cloud Services
Hlava, Jakub ; Bartík, Vladimír (referee) ; Hynek, Jiří (advisor)
Smart cities and systems for their management are constantly producing great amount of data, which needs to be processed and stored. The goal of this Bachelor's thesis is to create a tool, which will make developers able to test influence of this amount of data on their system, especially on database server. Then they will be able to adjust their cloud infrastructure for assumed level of load before it's real-world deployment. The tool is developed using Python programming language as collection of components which makes scalable load testing possible from many places at the same time. Data about the course of test and about service of PostgreSQL database server is collected by the tool during testing. Course of the test can be controlled and monitored by user using integrated web interface, which also visualizes collected data in form of charts. The tool was created in cooperation with Logimic, s.r.o., tailored to their system for smart cities management.
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Srovnání konceptu Smart cities ve vybraných evropských metropolích
Fiebich, David
This master's thesis focuses on the implementation of the Smart City concept in three selected European cities – Vienna, Prague, and Berlin. The work analyzes and compares the strategies and plans of these cities for implementing smart solutions, evaluating their impact, and motivations for their introduction. Based on this analysis, the strengths and weaknesses of each city were identified, and recommendations for further development were proposed. The results show that despite certain differences in the approach and focus of each city, there are common motivations and goals that reflect global trends in urbanism and technology.
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The Interplay Between Smart Cities and Disaster Risk Reduction: A Study of the City of Amsterdam
Rossi, Alice ; Špelda, Petr (advisor) ; Střítecký, Vít (referee)
The thesis examines how the development of smart cities interplays with the enhancement of Disaster Risk Reduction. Natural disasters are increasing, especially in urban areas, representing a concentration of social, economic and institutional vulnerabilities due to high population density. The development of smart cities could represent an opportunity to make urban areas safer and prepared to handle possible extreme weather events, as they are based on the development of cross-sectoral policies to deal with urban challenges and increase the city's overall efficiency. Through a single case study research of the city of Amsterdam, the thesis aims to prove the connections between smart cities and disaster risk reduction frameworks through qualitative data analysis. The findings show the overall efficiency of the approach employed by the city of Amsterdam for both the development of the smart city and disaster risk reduction. Even if the city does not explicitly state the connection between the two domains, the study found that Amsterdam's smart city policies have several elements that interplay with the framework of disaster risk reduction, enhancing its effectiveness. Keywords Smart Cities, Disaster Risk Reduction, Disaster Risk, Vulnerability, Resilience, Policy-Making Title The Interplay Between...
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Street Light Control on Smart City Platform
Jůzl, Radek ; John, Petr (referee) ; Hynek, Jiří (advisor)
The goal of this bachelor's thesis was to design smart public lighting on the Smart City platform. The proposed solution is located in the ACADA system, where the light profile is generated. The generation of light profiles is based on the presence of people in the area. The user is allowed to set the parameters of the occurrence limits for individual percentages of luminosity.
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