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Architectures of Internet-Based Systems with Multicasting
Veselý, Vladimír ; Matoušek, Petr (referee) ; Švéda, Miroslav (advisor)
With rapid expansion of interest in multimedia and distributed computing applications across the Internet increases importance of optimized delivery of group traffic. According to current situation the best practice to achieve this goal is multicasting. This masters thesis summarizes multicasting methods and facts. Also it draws conclusions from practical application of presented information on commercial project.
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Multicast Routing Modelling in OMNeT++
Rybová, Veronika ; Matoušek, Petr (referee) ; Veselý, Vladimír (advisor)
Multicast traffic is common in today's networks. We need to simulate multicast architecture to be familiarized with its functionality in all situations. This thesis describes modelling and simulation of multicast routing using OMNeT++ tool. The text introduces protocol PIM and its particular modes (DM, SM, SSM, and BiDir) with emphasis on PIM-DM. The thesis focuses especially on design and implementation of OMNeT++ extension by multicast routing protocol PIM-DM. Correctness of implementation is verified by comparison of simulation and real network on example.
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Architectures of Internet-Based Systems with Multicasting
Veselý, Vladimír ; Matoušek, Petr (referee) ; Švéda, Miroslav (advisor)
With rapid expansion of interest in multimedia and distributed computing applications across the Internet increases importance of optimized delivery of group traffic. According to current situation the best practice to achieve this goal is multicasting. This masters thesis summarizes multicasting methods and facts. Also it draws conclusions from practical application of presented information on commercial project.
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Multicast Routing Modelling in OMNeT++
Rybová, Veronika ; Matoušek, Petr (referee) ; Veselý, Vladimír (advisor)
Multicast traffic is common in today's networks. We need to simulate multicast architecture to be familiarized with its functionality in all situations. This thesis describes modelling and simulation of multicast routing using OMNeT++ tool. The text introduces protocol PIM and its particular modes (DM, SM, SSM, and BiDir) with emphasis on PIM-DM. The thesis focuses especially on design and implementation of OMNeT++ extension by multicast routing protocol PIM-DM. Correctness of implementation is verified by comparison of simulation and real network on example.
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