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Administration and configuration of simplified database QoS MIB
Macura, Miroslav ; Matocha, Tomáš (oponent) ; Hošek, Jiří (vedoucí práce)
The main aim of this work was to study the issue of the SNMP protocol and MIB database in order to focus on management and configuration of MIB database using the SNMP protocol. The Master's thesis in detail describes especially creating a communications model of the Manager - Agent type in an OPNET Modeler. In this modeling tool we created exchange of information from the side of the Manager to the side of the Agent via SNMP packets. The Master's thesis is mainly focused on the creation of the SNMP packet according to defined rules, then on reading of information from the MIB database on the side of the Agent and saves this information to the Manager’s MIB database. Exchange of informations is realized via the messages of type GetRequest, GetNext and GetResponse. These models are programmed in language C/C++ and then implemented into the environment of OPNET Modeler.
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Network protocols used for management and QoS assurance in data networks
Macura, Miroslav ; Molnár, Karol (oponent) ; Hošek, Jiří (vedoucí práce)
The main aim of this work was to compare network protocols used for management of active elements of the IP network and to assure QoS in data network. The bachelor work in detail describes especially SNMP protocol and possibilities of assuring quality of services in data networks. This works primary goal it to compare and analyze different versions of SNMP. The next aim of this work was to learn about structure and characteristics of the MIB database for DiffServ technology. This work studies definition of the MIB for the DiffServ technology and do the basic analyze of these MIB branches. Subsequently in programming language C/C++ create modules for creating queues. The type was First In First Out (FIFO), Priority Queuing (PQ) and Weighted Round Robin (WRR), which are used to sort packets in database DiffServ MIB. This modules are programmed with reference to his next usage in simulation environment Opnet Modeler.
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Network protocols used for management and QoS assurance in data networks
Macura, Miroslav ; Molnár, Karol (oponent) ; Hošek, Jiří (vedoucí práce)
The main aim of this work was to compare network protocols used for management of active elements of the IP network and to assure QoS in data network. The bachelor work in detail describes especially SNMP protocol and possibilities of assuring quality of services in data networks. This works primary goal it to compare and analyze different versions of SNMP. The next aim of this work was to learn about structure and characteristics of the MIB database for DiffServ technology. This work studies definition of the MIB for the DiffServ technology and do the basic analyze of these MIB branches. Subsequently in programming language C/C++ create modules for creating queues. The type was First In First Out (FIFO), Priority Queuing (PQ) and Weighted Round Robin (WRR), which are used to sort packets in database DiffServ MIB. This modules are programmed with reference to his next usage in simulation environment Opnet Modeler.
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Administration and configuration of simplified database QoS MIB
Macura, Miroslav ; Matocha, Tomáš (oponent) ; Hošek, Jiří (vedoucí práce)
The main aim of this work was to study the issue of the SNMP protocol and MIB database in order to focus on management and configuration of MIB database using the SNMP protocol. The Master's thesis in detail describes especially creating a communications model of the Manager - Agent type in an OPNET Modeler. In this modeling tool we created exchange of information from the side of the Manager to the side of the Agent via SNMP packets. The Master's thesis is mainly focused on the creation of the SNMP packet according to defined rules, then on reading of information from the MIB database on the side of the Agent and saves this information to the Manager’s MIB database. Exchange of informations is realized via the messages of type GetRequest, GetNext and GetResponse. These models are programmed in language C/C++ and then implemented into the environment of OPNET Modeler.
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