Edited ch10_network.adoc with Atlas code editor

ch10_network.adoc

@@ -200,7 +200,7 @@ trans-oceanic fiber optic lines might be able to forward new blocks
 faster than waiting for the block to arrive at the node run by some home
 user many kilometers away from the fiber optic line.
 
-Another, more complex technique, is Forward Error Correction (FEC).
+Another, more complex technique, is((("FEC (Forward Error Correction)"))) Forward Error Correction (FEC).
 This allows a compact block message to be split into several parts, with
 each part having extra data appended.  If any of the parts isn't
 received, that part can be reconstructed from the parts that are
@@ -235,7 +235,7 @@ be used on a private network where there's some level of trust and
 accountability between parties.
 
 The original
-https://oreil.ly/30ZKi[Bitcoin Relay Network] was created by
+https://oreil.ly/30ZKi[Bitcoin Relay Network] was((("Bitcoin Relay Network"))) created by
 developer Matt Corallo in 2015 to enable fast synchronization of
 blocks between miners with very low latency. The network consisted of
 several Virtual Private Servers (VPSes) hosted on
@@ -243,7 +243,7 @@ infrastructure around the world and served to connect the majority of
 miners and mining pools.
 
 The original Bitcoin Relay Network was replaced in 2016
-with the introduction of the _Fast Internet Bitcoin Relay Engine_ or
+with the introduction ((("FIBRE (Fast Internet Bitcoin Relay Engine)")))of the _Fast Internet Bitcoin Relay Engine_ or
 https://bitcoinfibre.org[_FIBRE_], also created by developer Matt
 Corallo. FIBRE is software that allows operating a UDP-based relay network that relays blocks within a
 network of nodes. FIBRE implements FEC and the _compact block_ optimization to