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Web application for the detection system of risk situations at the railway crossing
Bachorec, Jan ; Malina, Lukáš (referee) ; Martinásek, Zdeněk (advisor)
The thesis deals with the complete design, development and implementation of the server solution and graphical user interface for an autonomous system for detecting risk situations at a railway crossing. The server solution consists of a server service and a database. The .NET Core platform was used to develop the server service and its purpose is to perform the collection, processing and storage of information about risky traffic situations recorded by the camera modules. The service uses a Cassandra cluster database for secure data storage, and the database schema was designed with a focus on high performance. The own user interface is implemented with a web application built on Razor Pages technology. This application presents recorded traffic incidents to the user, using its own REST API service as a data source. REST API implements all logical operations on the data in the database.
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Visualization of DDoS attacks mitigation
Bachorec, Jan ; Gerlich, Tomáš (referee) ; Martinásek, Zdeněk (advisor)
Bachelor's thesis deals with the development and implementation of graphical user interface for the system of filtration denial of service cyber attacks. Graphical user interface is in the form of interactive website. It allows users to clearly display basic DDoS attack parameters such as duration, network traffic. Furthermore, it can graphically interpret the impacts of DDoS attacks on individual workplace devices and visualize the use of their computing capabilities. For example, CPU and RAM load. The graphical user interface is implemented on the devices of BUT experimental workplace. In the theoretical part, DDoS attacks and possibilities of defense against them are discussed. The part of the thesis is dedicated to an analysis of technologies whose use was considered within the practical part of the thesis. The part of the thesis also includes a description of the BUT experimental workplace.
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Web Application For The Detection System Of Risk Situations At The Railway Crossing
Bachorec, Jan
The paper describes a design and an implementation of the complex server applicationincluding the graphical user interface. The application is designed to detect dangerous situations atthe rail crossing. The final own implementation consists of a server application and a database (fullstack approach). The server application is based on .NET Core. Its purpose is to receive, process andsecurely store data from autonomous cameras into database. The database is based on the Cassandradatabase system. Graphical user interface is an interactive website implemented with Razor Pagestechnology.
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Web application for the detection system of risk situations at the railway crossing
Bachorec, Jan ; Malina, Lukáš (referee) ; Martinásek, Zdeněk (advisor)
The thesis deals with the complete design, development and implementation of the server solution and graphical user interface for an autonomous system for detecting risk situations at a railway crossing. The server solution consists of a server service and a database. The .NET Core platform was used to develop the server service and its purpose is to perform the collection, processing and storage of information about risky traffic situations recorded by the camera modules. The service uses a Cassandra cluster database for secure data storage, and the database schema was designed with a focus on high performance. The own user interface is implemented with a web application built on Razor Pages technology. This application presents recorded traffic incidents to the user, using its own REST API service as a data source. REST API implements all logical operations on the data in the database.
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Visualization of DDoS attacks mitigation
Bachorec, Jan ; Gerlich, Tomáš (referee) ; Martinásek, Zdeněk (advisor)
Bachelor's thesis deals with the development and implementation of graphical user interface for the system of filtration denial of service cyber attacks. Graphical user interface is in the form of interactive website. It allows users to clearly display basic DDoS attack parameters such as duration, network traffic. Furthermore, it can graphically interpret the impacts of DDoS attacks on individual workplace devices and visualize the use of their computing capabilities. For example, CPU and RAM load. The graphical user interface is implemented on the devices of BUT experimental workplace. In the theoretical part, DDoS attacks and possibilities of defense against them are discussed. The part of the thesis is dedicated to an analysis of technologies whose use was considered within the practical part of the thesis. The part of the thesis also includes a description of the BUT experimental workplace.
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