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(1) A node n i rebuilds its super-peer candidates CanSP(n i ) through communication with its neighbors for their super-peer candidates.
Nodes with higher capacity (chosen from retrieved super-peer candidates) are promoted as super-peer candidates (i.e., added into CanSP(n i )).
(4) CanSP(n i ) denotes the set of super-peer candidates of n i.
In the SPS algorithm, each peer maintains a set of super-peer candidates.
In the SPS, each peer periodically rebuilds its set of super-peer candidates through gossip communication.
Peers with high capacity are promoted to be super-peer candidates.
Specifically, when a node disseminates the information of a set of super-peer candidates (which contains samples of super-peer candidates), this node needs to interact with Newscast overlay to get a random peer from the connected Newscast overlay.
(a) If there are new super-peer candidates added in CanSP(n i ), n i notifies its neighbors of the new super-peer candidates and has its role determined again.
On one hand, the client peers, whose super-peers have crashed, remove the failed super-peers from their sets of super-peer candidates and rebuild their sets of super-peer candidates by executing the SPS algorithm.
(2.2) n i checks whether there is a message about a new set of super-peer candidates.
It is used to judge the role of n i. Nodes with high capacity are promoted as super-peer candidates.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com