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Management and Monitoring of RouterOS Devices in Small Networks
Leštinský, Ondřej ; Novotný, Tomáš (referee) ; Hájek, Josef (advisor)
This bachelor's thesis describes the design and implementation of an information system that can remotely configure the device running RouterOS. The main features of system is the administration of clients who can connect to a network through a system of registered devices. All clients connection speed can be limited and viewed their current status. All registered devices can be displayed on the map. The management system can perform only authorized administrators.
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RouterOS Devices Central Management System
Klíč, Antonín ; Procházka, Boris (referee) ; Hájek, Josef (advisor)
The goal of this bachelor thesis is to design and create the central management system for simple controlling company's gateway router running with RouterOS Mikrotik via web interface. Using this central management system you can control almost all basic and any expert settings. All the settings are saved immediately in the router via secured SSH connection and synchronized with the local database simultaneously for optimal performance. Central management system has been written using Nette PHP framework with Dibi diabase layer and HTML script language.
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Generating of Topology Map in RouterOS Based Networks
Vlk, Vladimír ; Hanáček, Petr (referee) ; Hájek, Josef (advisor)
This bachelor's thesis deals with creating web applications that can map the network topology based on system RouterOS and generate map of connection. The first part deals with the system RouterOS and mapping technologies. The second part is devoted to describing used technology and design functions of application. The last part deals with the implementation of applications and integration technologies described in the previous part.
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Application for Mikrotik RouterOS Remote Management
Doležal, Jiří ; Novotný, Tomáš (referee) ; Hájek, Josef (advisor)
This bachelor´s thesis deals with design and implementation of an application for remote management MikroTik RouterOS. Within this thesis has been created an application which allows to configure network router services. The thesis contains design and implementation of an application written in programming language C#. The application is runnable under operation systems MS Windows and Linux by using framework Mono. The application uses a user friendly graphical interface for simple management devices with MikroTik RouterOS.
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Web system for user management
Frkal, Jan ; Kouřil, Jiří (referee) ; Jelínek, Mojmír (advisor)
This bachelor’s thesis describes web system that files users of Internet network and can work with them. The system allows for complete user management, search, organization of IP addresses, tariffs and user’s devices. New users can be stored in the router Mikrotik RouterBoard. An important part of the system is also billing users. Administrators can show the history of billings, paid and unpaid invoices. System access is allowed only to authorized administrators.
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Real bandwidth devices operating on 802.11n
Vágner, Adam ; Reichert, Pavel (referee) ; Münster, Petr (advisor)
Wifi and any other recent wireless technology works in case of correct use. Simultaneously for huge density of wireless networks today is knowledge of this matters necessity. This project is generally about 802.11x standards and focused to 802.11n standard, topologies and implementations of MIMO in advance. Practical part represents measure simulations and few devices demonstrates real radio parameters. Then devices are tested to data efficiency and ping response in ideal environment and also under signal noise present environment. All measured values are compared in tables and graphs separately. Every event contains word rank.
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Measurements in an 802.11n radio network with hidden nodes
Vágner, Adam ; Komosný, Dan (referee) ; Münster, Petr (advisor)
The current large concentration of wireless networks brings new horizons, but also new concerns. Failure to follow basic rules may produce far-reaching problems that could make more wrinkles to all affected managers and administrators. The aim of this thesis was to measure and compare the radio parameters of selected products and how they behave in neighboring interference and the speed they have while there are hidden nodes. The resulting values were measured in the laboratory network Wificolab and compared with the various support protocols. Possible effects on the specific situation are also analyzed in this thesis.
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