In <<public_key_derivation>>, we learned how to create a public key from a private key
In <<public_key_derivation>>, we learned((("wallets", "key generation", "public child key derivation", id="wallet-keygen-public-child")))((("key generation", "public child key derivation", id="keygen-public-child")))((("public child key derivation", id="public-child-derive")))((("child key pair derivation", id="child-key-pair"))) how to create a public key from a private key
using elliptic curve cryptography (ECC). Although operations on an
using elliptic curve cryptography (ECC). Although operations on an
elliptic curve are not intuitive, they are analogous to the addition,
elliptic curve are not intuitive, they are analogous to the addition,
subtraction, and multiplication operations used in regular
subtraction, and multiplication operations used in regular
@ -181,7 +181,7 @@ network.
Public child key derivation can produce a linear sequence of keys
Public child key derivation can produce a linear sequence of keys
similar to the previously seen <<Type1_wallet>>, but modern wallets
similar to the previously seen <<Type1_wallet>>, but modern wallets
applications use one more trick to provide a tree of keys instead a
applications use one more trick to provide a tree of keys instead a
single sequence, as described in the following section.
single sequence, as described in the((("wallets", "key generation", "public child key derivation", startref="wallet-keygen-public-child")))((("key generation", "public child key derivation", startref="keygen-public-child")))((("public child key derivation", startref="public-child-derive")))((("child key pair derivation", startref="child-key-pair"))) following section.