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Edited ch10_network.adoc with Atlas code editor
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@ -186,7 +186,7 @@ relay before compact blocks were ((("Bitcoin network", "nodes", "compact block r
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=== Private Block Relay Networks
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Although compact blocks go a long way toward minimizing the time it
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Although((("Bitcoin network", "nodes", "private block relay", id="bitcoin-network-node-private-relay")))((("nodes", "private block relay", id="node-private-relay")))((("blocks", "private block relay", id="block-private-relay")))((("private block relay", id="private-block-relay")))((("mining", "blocks", "private block relay", id="mining-block-private-relay"))) compact blocks go a long way toward minimizing the time it
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takes for blocks to propagate across the network,
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it's possible to minimize latency further. Unlike
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compact blocks, though, the other solutions involve trade-offs that
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@ -247,7 +247,7 @@ with the introduction of the _Fast Internet Bitcoin Relay Engine_ or
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https://bitcoinfibre.org[_FIBRE_], also created by developer Matt
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Corallo. FIBRE is software that allows operating a UDP-based relay network that relays blocks within a
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network of nodes. FIBRE implements FEC and the _compact block_ optimization to
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further reduce the amount of data transmitted and the network latency.
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further reduce the amount of data transmitted and the ((("Bitcoin network", "nodes", "private block relay", startref="bitcoin-network-node-private-relay")))((("nodes", "private block relay", startref="node-private-relay")))((("blocks", "private block relay", startref="block-private-relay")))((("private block relay", startref="private-block-relay")))((("mining", "blocks", "private block relay", startref="mining-block-private-relay")))network latency.
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=== Network Discovery
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