⟨δ,μ⟩-Multicast Overlay Network

Peer-to-Peer Overlay networks enabling an end-end application level-multicast service have drawn enormous attention. This paper proposes a self-organized <delta, mu >-Multicast Overlay Network (<delta, mu >-MON) that enables an efficient end-end application level multicast. The <delta, mu >-MON is organized into MON-Clusters, where delta is the maximum physical number of hops between any two end-nodes in each MON-Cluster. Thus, end-users accessing from different areas are able to broadcast data into each MON-Cluster within a constant delta physical number of hops. However in a dense-mode, increasing the size of MON-Clusters induces a long logical diameter that manifests high stress per physical links and high delay to disseminate data. Thus, this paper limits the expansion of each MON-Cluster within a specific logical diameter A Each MON-Cluster is constructed with at most p logical hops over delta physical hops. Thus, end-users are able to efficiently disseminate data into each MON-Cluster within p logical hops over delta physical hops with reasonable stress per physical links and bandwidth consumption.