Edited ch05_wallets.adoc with Atlas code editor

ch05_wallets.adoc

@@ -506,7 +506,7 @@ and additional ((("wallets", "nonkey data", "backing up", startref="wallet-nonke
 
 ==== Backing Up Key Derivation Paths
 
-In a BIP32 tree of keys, there are approximately four billion first-level
+In a ((("wallets", "key generation", "backing up derivation paths", id="wallet-keygen-backups")))((("key generation", "backing up derivation paths", id="keygen-backups")))((("backing up", "key derivation paths", id="backup-key-derive")))BIP32 tree of keys, there are approximately four billion first-level
 keys and each of those keys can have its own four billion children, with
 those children each potentially having four billion children of their
 own, and so on.  It's not possible for a wallet application to generate
@@ -652,7 +652,7 @@ single signature scripts to use implicit paths.  Wallet applications
 designed for multiple signatures or other advanced scripts are
 increasingly adopting support for explicit paths using descriptors.
 Applications that do both will usually conform to the standards for
-implicit paths and also provide descriptors.
+implicit paths and also provide ((("wallets", "key generation", "backing up derivation paths", startref="wallet-keygen-backups")))((("key generation", "backing up derivation paths", startref="keygen-backups")))((("backing up", "key derivation paths", startref="backup-key-derive")))descriptors.
 
 === A Wallet Technology Stack in Detail