Edited ch08_signatures.adoc with Atlas code editor

develop
clenser 7 months ago
parent 8ae9e16afd
commit 55a5183fc1

@ -587,7 +587,7 @@ the serialization used for ECDSA signatures described in
[[schnorr_multisignatures]] [[schnorr_multisignatures]]
==== Schnorr-based Scriptless Multisignatures ==== Schnorr-based Scriptless Multisignatures
In the((("digital signatures", "schnorr signature algorithm", "scriptless multisignatures", id="digital-sigs-schnorr-multisig")))((("schnorr signature algorithm", "scriptless multisignatures", id="schnorr-multisig")))((("scriptless multisignatures", "in schnorr signature algorithm", secondary-sortas="schnorr", id="scriptless-multi-schnorr")))((("multisignature scripts", "in schnorr signature algorithm", secondary-sortas="schnorr", id="multi-script-schnorr")))((("scripts", "multisignature", "in schnorr signature algorithm", tertiary-sortas="schnorr", id="script-multisignature-schnorr"))) single-signature schnorr protocol described in <<schnorr_signatures>>, Alice In the((("digital signatures", "schnorr signature algorithm", "scriptless multisignatures", id="digital-sigs-schnorr-multisig")))((("schnorr signature algorithm", "scriptless multisignatures", id="schnorr-multisig")))((("scriptless multisignatures", "in schnorr signature algorithm", secondary-sortas="schnorr", id="scriptless-multi-schnorr")))((("multisignature scripts", "in schnorr signature algorithm", secondary-sortas="schnorr", id="multi-script-schnorr"))) single-signature schnorr protocol described in <<schnorr_signatures>>, Alice
uses a signature (_kG_, _s_) to publicly prove her knowledge of her uses a signature (_kG_, _s_) to publicly prove her knowledge of her
private key, which in this case we'll call _y_. Imagine if Bob also has private key, which in this case we'll call _y_. Imagine if Bob also has
a private key (_z_) and he's willing to work with Alice to prove that a private key (_z_) and he's willing to work with Alice to prove that
@ -691,7 +691,7 @@ MuSig-DN::
than MuSig or MuSig2. than MuSig or MuSig2.
For most applications, MuSig2 is the best multisignature protocol For most applications, MuSig2 is the best multisignature protocol
available at the time((("digital signatures", "schnorr signature algorithm", "scriptless multisignatures", startref="digital-sigs-schnorr-multisig")))((("schnorr signature algorithm", "scriptless multisignatures", startref="schnorr-multisig")))((("scriptless multisignatures", "in schnorr signature algorithm", secondary-sortas="schnorr", startref="scriptless-multi-schnorr")))((("multisignature scripts", "in schnorr signature algorithm", secondary-sortas="schnorr", startref="multi-script-schnorr")))((("scripts", "multisignature", "in schnorr signature algorithm", tertiary-sortas="schnorr", startref="script-multisignature-schnorr"))) of writing. available at the time((("digital signatures", "schnorr signature algorithm", "scriptless multisignatures", startref="digital-sigs-schnorr-multisig")))((("schnorr signature algorithm", "scriptless multisignatures", startref="schnorr-multisig")))((("scriptless multisignatures", "in schnorr signature algorithm", secondary-sortas="schnorr", startref="scriptless-multi-schnorr")))((("multisignature scripts", "in schnorr signature algorithm", secondary-sortas="schnorr", startref="multi-script-schnorr"))) of writing.
[[schnorr_threshold_signatures]] [[schnorr_threshold_signatures]]
==== Schnorr-based Scriptless Threshold Signatures ==== Schnorr-based Scriptless Threshold Signatures

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