Sentence examples for tree dissemination from inspiring English sources

We must also emphasize that our aim is to provide a reliable broadcast algorithm which is efficient, i.e., that keeps, as much as possible, the logarithmic properties of the spanning tree dissemination over the hypercube-like topology.

This is combined with systems design decisions that enable nodes to find other subscribers, and maintain efficient network locality-aware dissemination trees.

However, hybrid protocols still need some time to heal the structure (e.g. tree) to resume data dissemination.

The yeast phase has been proposed to be involved in dissemination of the pathogen from tree to tree by the insect vector as well as translocation of the infection within the host tree [ 19].

We illustrate our algorithm with four case studies: stabilizing mutual exclusion, stabilizing diffusing computation, a data dissemination problem in sensor networks, and tree maintenance.

Tree construction always increases the total required time for data dissemination and is not robust in high-node mobility and churning.

Observed spatial tree mark associations seem to be highly linked with seed dissemination processes, the relative shade tolerance of some tree species, and specific preferences for particular soil types.

Later, some of the authors proposed a second work [17] where they introduced Thicket, a decentralized algorithm to build and maintain multiple trees over a single unstructured P2P unstructured overlay for information dissemination.

The second component establishes sub-trees rooted at service requesting nodes and registering servers for efficient dissemination of the service discovery control messages.

In this paper, we propose a hybrid link-state dissemination approach that combines the best features of flooding and tree-based broadcasting.

We analyze the performance of content dissemination as users switch between channels, creating migration of nodes in the tree, while flow control insures continuity of data transmission.