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Web Interface for Image Processing
Beran, Milan ; Mlích, Jozef (referee) ; Beran, Vítězslav (advisor)
This paper concerns design and implementation of a system which provides easier control of digital image processing console applications. The work is based on threes information technology domains: distributed systems, image processing and web technologies. The system consist of number of separated components communicating with each other in order of processing desired tasks. Control interface and the task daemon are implemented in PHP language. Image processing programs are implemented in C language using OpenCV graphic library. Control of the system is carried out through web graphical interface using dynamic control components implemented in Javascript language, jQuery library and jQueryUI interface. Part of the work is also a description of employment of the system in practical use in two environments, experiments concerning system performance and web interface user acceptance testing.
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Proposal for Optimization of Servers Using Virtualization and Consolidation
Havelka, Ondřej ; Sedlák, Petr (referee) ; Ondrák, Viktor (advisor)
The purpose of master's thesis is preparing the proposal for optimization of servers using virtualization and consolidation. The master's thesis is divided into three parts. The first one is engaged theoretical ground of computer network, second part analyses the current state of IT infrastructure within the specific business. The last part contains the proposal to modernization and optimization of existing server solution including summary of expected costs for realization od proposal.
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Monitoring Solution for the PowerBI Service
Trifanov, Filip ; Bednář, Luboš (referee) ; Luhan, Jan (advisor)
This master’s thesis deals with design of the monitoring solution for the Power BI service. The thesis is divided into theoretical, analytical and design sections. In the theoretical part describes the theoretical fundamentals, used technologies and analytical tools. The analytical part analyzes the company Intelligent Technologies, competitive solutions and data sources for the design part. The design part proposes its own solution for monitoring the Power BI service, including the costs and benefits of the proposed solution.
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Proposal of IS for Sharing Bibliographic Citations and Documents
Mráz, Jaroslav ; Kusala, Jiří (referee) ; Kříž, Jiří (advisor)
This diploma thesis deals with the design of an information system for sharing documents and bibliographical citations with the main emphasis put on using a cloud solution. The theoretical part explains the terms related to cloud computing and its application, the importance of citation and methods for the evaluation of information systems. Subsequent chapters of the theoretical part explain why citation is important and what methods are used for the assessment of an information system. The practical part provides an overview of the currently available solutions for developing an implemented information system. Moreover, an outline of the system illustrated via UML diagrams is included.
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Information System Assessment and Proposal for ICT Modification
Marek, Jaroslav ; Volf, Jiří (referee) ; Koch, Miloš (advisor)
This diploma thesis is focused on evaluation of the Allrisk, ltd. information system and on the changes proposal. The theoretical part of the work describes an essential background and an explanation of individual methods used for analysis of information systems. Shortcomings revealed by the analysis are worked up and measures are taken to improve the current state.
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Distributed Artificial Life Simulator
Weiss, Martin ; Kočí, Radek (referee) ; Martinek, David (advisor)
Along with the artificial intelligence modelling and related studies, distributed computing ranks amongs the most discussed scientific topics nowadays and one can be certain that it will not fade away anytime soon. This work is also concerned about the above mentioned topics, more precisely its its main goal is to design and implement a distributed artificial intelligence simulator. The mentioned application was realized during as an firm part of this work and some benchmarks were run to determine and observe some properties inherent to distributed systems. The actual realization takes into account different approaches to distributing simulation resources. The final product did not prove as that convenient for simulation of rather simple AI models, which it if fact, even slowed down at times. In the future the project should be aimed towards more computationally challenging problems, that can truly use the capacity and advantages of such a computational system.
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Integration of the IBM SoftLayer into the ManageIQ Framework
Coufal, Tomáš ; Fiedor, Tomáš (referee) ; Rogalewicz, Adam (advisor)
As cloud computing gains its popularity the complexity of offered services is growing. There exist various different solutions and to manage them effectively is the task for cloud managers. One of them is a project named {ManageIQ}. This thesis aims to describe how to integrate a new provider into this software, what are the required bindings and how to work with the API of the provider. This thesis describes such a process on an IBM SoftLayer provider example. The achieved result enables the user to manage his SoftLayer devices via ManageIQ with ease and also provides him the functionality to provision new appliances.
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