Virtual direction multicast: an efficient overlay tree construction algorithm
Suat Mercan, Murat Yüksel
Abstract
Suat Mercan, Murat Yüksel
Abstract
In this paper, we propose virtual direction multicast (VDM) for video multicast applications on peer-to-peer overlay networks. It locates the end hosts relative to each other based on a virtualized orientation scheme using real-time measurements. It builds multicast tree by connecting the nodes, which are estimated to be in the same virtual direction. By using the concept of directionality, we target to use minimal resources in the underlying network while satisfying users' quality expectations. We compare VDM against host multicast tree protocol.We simulated the protocol in a network simulator and implemented in PlanetLab. Results both fromsimulation and PlanetLab implementation show that our proposed technique exhibits good performance in terms of defined metrics.
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In this paper, we propose virtual direction multicast (VDM) for video multicast applications on peer-to-peer overlay networks. It locates the end hosts relative to each other based on a virtualized orientation scheme using real-time measurements. It builds multicast tree by connecting the nodes, which are estimated to be in the same virtual direction. By using the concept of directionality, we target to use minimal resources in the underlying network while satisfying users' quality expectations. We compare VDM against host multicast tree protocol.We simulated the protocol in a network simulator and implemented in PlanetLab. Results both fromsimulation and PlanetLab implementation show that our proposed technique exhibits good performance in terms of defined metrics.
Key concepts: Computer science, Multicast, PlanetLab, Computer network, Protocol Independent Multicast, Source-specific multicast, Xcast, Distributed computing