A pure gossip protocol takes place in rounds, where in each round a participating process selects another uniformly at random they share information. There are a number variations on how this is done.
We present a novel gossip protocol that allows individual subgroup members to trade-off update quality for gossip overhead, enabling processes to belong to ...
Gossip-based multicast can be an effective tool for providing highly reliable and scalable message dissemination. In this paper, we consider the problem of.
A novel gossip protocol is presented that allows individual subgroup members to trade-off update quality for gossip overhead, enabling processes to belong ...
We present a novel gossip protocol that allows individual subgroup members to trade-off update quality for gossip overhead, enabling processes to belong to ...
Jan 6, 2022 · Gossip. Gossip was developed in order to address the performance and resiliency shortcomings of centralized and tree-based multicast protocols.
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In our study, we propose a Group-based Gossip Multicast Protocol to reduce the message overhead while delivering the state information efficiently and fault ...
Title. A gossip protocol for subgroup multicast. Authors. Jenkins, K.; Hopkinson, K.; Birman, K. Publication. Proceedings 21st International Conference on ...
We present a novel gossip protocol that allows individual subgroup members to trade-off update quality for gossip overhead, enabling processes to belong to ...
We present a novel gossip protocol that allows individual subgroup members to trade-off update quality for gossip overhead, enabling processes to belong to ...