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Interactive graphical environment for visualization of penetration testing
Klampár, Roman ; Martinásek, Zdeněk (referee) ; Lieskovan, Tomáš (advisor)
This thesis deals with the design, development and implementation of an interactive graphical environment to support penetration testing. The theoretical part describes the basic concepts of penetration testing, introduces the Penterep platform and the technologies used in the development, such as Vue 3, TypeScript and D3.js. The practical part focuses on the design of the data structure and architecture, as well as the implementation of the network graph with interactivity including drag and drop, zoom and pan. The implemented solution allows manipulation of the graph and its data, making it possible to change the graph structure. The thesis resulted in a package designed for flexible integration into existing projects such as the Penterep platform, into which the solution was also integrated. The thesis also analyses the performance of graph rendering using HTML5 Canvas and SVG. Rendering time, FPS and memory usage for different sizes of graphs were monitored during testing. The results show that HTML5 Canvas achieves better performance for larger amount of data. The aim of this work is to increase the efficiency of penetration testing, reduce the time consumption and simplify the necessary processes compared to the currently available tools.
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Interactive Web Application for Design Space Exploration
Slávik, Denis ; Sekanina, Lukáš (referee) ; Vašíček, Zdeněk (advisor)
The desire of this thesis is to design and implement an interactive web interface that will allow users to select from a library of thousands of implementations of approximate adders and multipliers for circuit design and benchmarking, developed by Evolvable Hardware Group (EHW) from the Faculty of Information Technology at the Brno University of Technology. We will find out about the web technologies used for this thesis. Also, we will find a chapter devoted to designing a suitable user interface and an efficient algorithm to process and visualize several thousand implementations.
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A Tool for Building CEG Graphs
Mutňanský, Filip ; Češka, Milan (referee) ; Smrčka, Aleš (advisor)
Cause-effect graphing is one of approaches to requirement-based testing. Cause-effect graphs (CEG) are used to visualize logic relations among requirements and to fill in a decision table to form test cases. The goal of this bachelor's thesis is to design and implement a tool for creating and manipulating with CEG graphs. The developed tool is implemented as a single-page web application. The manipulation with CEG is possible via graphical user interface and/or via text-based specification in a CEG specific language. Moreover, the tool uses logic solver to ease a user with creation of the decision table.
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Design and Implementation of Project and Time Management Tool Based on Real-Time Task Scheduling Principles
Mokrá, Radka ; Květoňová, Šárka (referee) ; Strnadel, Josef (advisor)
This master's thesis deals with design of application for scheduling projects and time using principles of real time scheduling. In the beginning this thesis describes project management and time management and their principles. In the next chapter are principles and algorithms of scheduling in real time system described. The next chapter deals with design of application for scheduling projects and time using principles of real time scheduling. MVC design pattern is described in following chapter.Implementation of tool is desribed in next-to-last chapter a the last chapter is devoted to use cases of final tool.
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Graphical Visualization of Incident Handling
Markovičová, Veronika ; Holkovič, Martin (referee) ; Hynek, Jiří (advisor)
This bachelor thesis describes the proposal and implementation of components that visualize data on incidents and their states. These components aims to create a clear visualization of incidents and their states that would facilitate the search for information on incidents and thus streamlining their work. One of the components created shows a detailed description of individual states of incident. The second created component shows either one or more incidents as the sequence of their states on the timeline. As a suitable tool for visualization and demonstration of created components, dashboard has been chosen. Components were consulted and tested with Flowmon.
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Graphical Visualization of Incident Handling
Markovičová, Veronika ; Holkovič, Martin (referee) ; Hynek, Jiří (advisor)
This bachelor thesis describes the proposal and implementation of components that visualize data on incidents and their states. These components aims to create a clear visualization of incidents and their states that would facilitate the search for information on incidents and thus streamlining their work. One of the components created shows a detailed description of individual states of incident. The second created component shows either one or more incidents as the sequence of their states on the timeline. As a suitable tool for visualization and demonstration of created components, dashboard has been chosen. Components were consulted and tested with Flowmon.
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Interactive Web Application for Design Space Exploration
Slávik, Denis ; Sekanina, Lukáš (referee) ; Vašíček, Zdeněk (advisor)
The desire of this thesis is to design and implement an interactive web interface that will allow users to select from a library of thousands of implementations of approximate adders and multipliers for circuit design and benchmarking, developed by Evolvable Hardware Group (EHW) from the Faculty of Information Technology at the Brno University of Technology. We will find out about the web technologies used for this thesis. Also, we will find a chapter devoted to designing a suitable user interface and an efficient algorithm to process and visualize several thousand implementations.
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A Tool for Building CEG Graphs
Mutňanský, Filip ; Češka, Milan (referee) ; Smrčka, Aleš (advisor)
Cause-effect graphing is one of approaches to requirement-based testing. Cause-effect graphs (CEG) are used to visualize logic relations among requirements and to fill in a decision table to form test cases. The goal of this bachelor's thesis is to design and implement a tool for creating and manipulating with CEG graphs. The developed tool is implemented as a single-page web application. The manipulation with CEG is possible via graphical user interface and/or via text-based specification in a CEG specific language. Moreover, the tool uses logic solver to ease a user with creation of the decision table.
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Design and Implementation of Project and Time Management Tool Based on Real-Time Task Scheduling Principles
Mokrá, Radka ; Květoňová, Šárka (referee) ; Strnadel, Josef (advisor)
This master's thesis deals with design of application for scheduling projects and time using principles of real time scheduling. In the beginning this thesis describes project management and time management and their principles. In the next chapter are principles and algorithms of scheduling in real time system described. The next chapter deals with design of application for scheduling projects and time using principles of real time scheduling. MVC design pattern is described in following chapter.Implementation of tool is desribed in next-to-last chapter a the last chapter is devoted to use cases of final tool.
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Increasing the information value of the data using modern approaches to visualization
Král, Jakub ; Slánský, David (advisor) ; Pour, Jan (referee)
This thesis solves the area of data visualization in Business Intelligence. We live in a time when the amount of data grows turbulently. These data need to be processed into a form with added value for management and business objectives of the company. The first task is to adjust the data into the required format, the second task is to choose the appropriate visualization so that the data are providing the highest value. This work deals with data visualization and its main aim is to introduce a different approach to data visualization, which has a higher added value than conventional visualization methods used in dashboards and reports. First of all, theoretical part is describing data area (including the trend of Big Data) and reporting (chapter 3). Followed by chapter 4, which is enriching the reader with the information about the need to deal with data visualization and also with the design theory of visualization components. The theoretical part is finished with fifth chapter. It deals with current trends in the field of data visualization and Business Intelligence and also introduces D3.js library as a tool for creating interactive and efficient visualization components. The practical part is offering suggestions for interactive and dynamic visualization of input data (chapter 6). It presents a convenient way to choose a visualization component with greater value than the traditional static component in the form of a graph or table. Proposals contained in D3.js library are presented to the reader. Chosen components according to the author are interesting from the view of design and, if properly used, offer an innovative approach to data visualization. For purposes of practical examples of visualization, author is using D3.js library and open source tool for Business Intelligence from Pentaho. Practical example is part of the final chapter 7.
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