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Distributed Control For Industry 40
Baštán, Ondřej
This paper discusses the concept of Distributed Control for Industry 4.0, which is used to testbed industry 4.0 developed by the Industrial Automation Group (SKUPRA) at the Department of Control and Instrumentation of the Faculty of Electrical Engineering and Communication of the Brno University of Technology. The introduction describes the consequences from which the characteristics and reasons for the development of such a communication system are derived. Then the system topology is described. Last but not least, there is an example of an information communication model enabling the control of autonomous production cells.
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Design of a Part of an Information System for the Use of Industrial Data
Held, Oliver ; Klusák, Aleš (referee) ; Luhan, Jan (advisor)
This thesis deals with the description and innovation in an industrial company, which is focused on the diagnostics of production machines using mainly big data collection. The theoretical part of the thesis describes industry 4.0, the demands of big data on storage and also the basics of change management. The analytical part includes a description of the company, an analysis of the current state and a proposal for change. The proposed changes are the transition from a relational database to a non relational one and a new web application for data visualization. The last part of the thesis describes the implementation of these changes and their evaluation.
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The Proposal for Digitalization of the Recruitment Process in a Personnel Agency in Brno
Špačková, Kristýna ; Konečný, Štěpán (referee) ; Bumberová, Veronika (advisor)
The diploma thesis deals with the challenge in the field of digitalization of the recruitment process of the branch of the personnel agency situated in Brno. The theoretical part contains literature searches in the field of digitalization of the recruitment process of personnel agencies through strategic management and a description of selected analytical-research and evaluation methods used in this area and type of research. The analytical part contains the application of selected analytical-research methods in order to identify key factors for assessing the possibility of digitalizing the local strategy of the Brno branch, whose conclusions enter the COP method for subsequent evaluation. Based on the results obtained, in the design part, a suitable variant of the further direction of the company is chosen and its elaboration into more specific interventions.
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Industry 4.0 as part of the public policy agenda in the Czech Republic
Bjaček, Jakub ; Kotrusová, Miriam (advisor) ; Vaceková, Gabriela (referee)
The topic of the diploma thesis is the development of the policy of Industry 4.0 in the Czech Republic. The main idea of this initiative is to respond to the coming fourth industrial revolution, which will affect not only the means of production, but also society. The concept of Industry 4.0 is thus very heterogeneous, affecting not only the change in the means of production and changes in the labor market, but also educational policy or the digitization of public administration. It is therefore an important issue that is the focus of the functioning of a wide range of actors in various areas of public policy. The aim of this diploma thesis is to analyze the agenda of Industry 4.0 with selected main representatives who respond to this topic (from the ranks of formalized institutions). The question that the thesis tries to answer is what we can expect from the coming fourth industrial revolution in the Czech Republic and what threats, and conversely the benefits, can be expected. Especially in the labor market, which poses a specific threat to the Czech Republic, which is a highly industrialized state. The research part is focused on introduction of Industry 4.0 policies in the Czech Republic and its current form. The research was carried mainly through specific policy documents (strategies, action...
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Utilisation of Industry 4.0 Methods and Tools in Automotive Industry
Ochotný, Aleš ; Vančura, Jan (referee) ; Hejtmánek, Petr (advisor)
This bachelor's thesis deals with the issue of the current fourth industrial revolution and its impact on the automotive industry. This search also maps new technologies that can be used to increase the efficiency of car production. It presents examples of already implemented projects towards complete digitization according to the vision of Industry 4.0 and its potential for the future. A section is also devoted to the significant impact of automation and digitization on human resources.
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Industry 4.0 as part of the public policy agenda in the Czech Republic
Bjaček, Jakub ; Kotrusová, Miriam (advisor) ; Vaceková, Gabriela (referee)
The topic of the diploma thesis is the development of the policy of Industry 4.0 in the Czech Republic. The main idea of this initiative is to respond to the coming fourth industrial revolution, which will affect not only the means of production, but also society. The concept of Industry 4.0 is thus very heterogeneous, affecting not only the change in the means of production and changes in the labor market, but also educational policy or the digitization of public administration. It is therefore an important issue that is the focus of the functioning of a wide range of actors in various areas of public policy. The aim of this diploma thesis is to analyze the agenda of Industry 4.0 with selected main representatives who respond to this topic (from the ranks of formalized institutions). The question that the thesis tries to answer is what can we expect from the coming fourth industrial revolution in the Czech Republic and what threats, and conversely the benefits, can be expected. The research part is focused on introduction of Industry 4.0 policies in the Czech Republic and its current form. The research was carried mainly through specific policy documents (strategies, action plans and long-term plans), expert interviews and visits to the specialized conferences as Opening days in Testbed for...
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Automatic Leveling And Loading Platform For Autonomous Production Line
Baštán, Ondřej
The following text aims to familiarize readers with the basic concepts and construction solutions of an autonomous production line using additive production to serve as a data source for research and development of industrial production systems and predictive maintenance systems. The first part deals with the conceptual arrangement of the modular autonomous production line and its components. Subsequently, the technical and construction design of the automatic platform of the autonomous 3D printer cell is described, which ensures the manipulation of the glass plate, which serves as a base-plate for the printed product.
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Map documentation of the historical development of Němšová village
Zajacová, Terézia ; Andělová, Pavla (referee) ; Ruda, Aleš (advisor)
The content of bachelor thesis is the analysis of avalaible sources of Nemsova. Bachelor thesis describes map data and their content, which is suitable for evaluation of historical development of the city. The available maps shows the city´s territory from the period of military mapping to the present day and captures a range of approximately 250 years. They describe cartographic methods of expression and methods of representation of topographic map content. Based on these documents, the city development was subsequently recostructed. The result is the case study evaluating the development of Nemšová and land use development in Nemšová. The final study is supported by available maps bases, tables and graphs.
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IO-Link demo panel
Niemczyk, Martin ; Sorokáč, Adam (referee) ; Štohl, Radek (advisor)
This bachelor thesis deals with industrial interface IO-Link, sensors and display elements which enable communication on this interface. The thesis focuses on principles of the communication between devices and masters which are connected by IO-Link interface. The subject of the thesis is an instrumentation of the IO-Link components and research of devices available on the market. The aim of this thesis is a specification of the components, design and construction of a panel which demonstrates the IO-Link interface and programming control app for the PLC and visualization.
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