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Subject: [bitcoin-dev] BIP Idea: Marginal Pricing
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Comrades,

Long term, tx fees must support hash power by themselves. The following is
an economic approach to maximize total fee collection, and therefore
hashpower.

*Goals*
Maximize total transaction fees
Reduce pending transaction time
Reduce individual transaction fees

*Challenges*
Validators must agree on the maximum block size, else miners can cheat and
include extra transactions.
Allowing too many transactions per block will increase the cost of the
mining without collecting much income for the network.


*Problem*
In the transaction market, users are the demand curve, because they will
transact less when fees are higher, and prefer altcoins. The block size is
the supply curve, because it represents miners' willingness to accept
transactions.
Currently, the supply curve is inelastic:

=E2=80=8BIncreasing the block size will not affect the inelasticity for any=
 fixed
block size. The downsides of a fixed block size limit are well-known:
- Unpredictable transaction settlement time
- Variable transaction fees depending on network congestion
- Frequent overpay

*Proposal*
1. Miners implicitly choose the market sat/byte rate with the cheapest-fee
transaction included in their block. Excess transaction fees are refunded
to the inputs.
2. Remove the block size limit, which is no longer necessary.

*Benefits*
- Dynamic block size limit regulated by profit motive
- Transaction fees maximized for every block
- No overpay; all fees are fair

=E2=80=8BMiners individually will make decisions to maximize their block-re=
ward
profit.
Miners are incentivized to ignore low-fee transactions because they would
shave the profits of their other transactions and increase their hash time.
Users and services are free to bid higher transaction fees in order to
reach the next block, since their excess bid will be refunded.

The block size limit was added as a spam-prevention measure, but in order
for an attacker to spam the network with low-fee transactions, they would
have to offset the marginal cost of reducing the price with their own
transaction fees. Anti-spam is thus built into the marginal system without
the need for an explicit limit.

Rarely, sections of the backlog would become large enough to be profitable.
This means every so many blocks, lower-fee transactions would be included
en masse after having been ignored long enough. Low-fee transactions thus
gain a liveness property not previously enjoyed: low-fee transactions will
eventually confirm. Miners targeting these transactions would be at a
noteworthy disadvantage because they would be hashing a larger block. I
predict that this scheme would result in two markets: a backlog market and
a real-time market. Users targeting the backlog market would match the
price of the largest backlog section in order to be included in the next
backlog block.

*Examples*

Scenario 1
Sat/byte Bytes Reward
400 500000 200000000
300 700000 210000000
200 1000000 200000000
100 1500000 150000000
50 5000000 250000000
20 10000000 200000000
A miner would create a 5MB block and receive 0.25 BTC

Scenario 2
Sat/byte Bytes Reward
400 600000 240000000
300 700000 210000000
200 1000000 200000000
100 1800000 180000000
50 4000000 200000000
20 10000000 200000000
A miner would create a 600KB block and receive 0.24 BTC

Thanks,
William Morriss

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<div dir=3D"ltr">Comrades,<br><div><br>Long term, tx fees must support hash=
 power by themselves. The following is an economic approach to maximize tot=
al fee collection, and therefore hashpower.<br><div class=3D"gmail_quote"><=
div dir=3D"ltr"><div><div><div><div><div><div><div><div><div><div><div><div=
><div><div><b><br></b></div><div><b>Goals</b><br></div>Maximize total trans=
action fees<br></div>Reduce pending transaction time<br></div>Reduce indivi=
dual transaction fees<br></div><div><br></div><div><b>Challenges</b></div><=
div>Validators must agree on the maximum block size, else miners can cheat =
and include extra transactions.</div><div>Allowing too many transactions pe=
r block will increase the cost of the mining without collecting much income=
 for the network.</div><div><br></div><b>Problem<br></b></div>In the transa=
ction market, users are the demand curve, because they will transact less w=
hen fees are higher, and prefer altcoins. The block size is the supply curv=
e, because it represents miners&#39; willingness to accept transactions.<br=
></div>Currently, the supply curve is inelastic:<br></div><div><img src=3D"=
cid:ii_jalpxsnl1_1600a3d9def1eaff" width=3D"458" height=3D"458"><br>=E2=80=
=8B<img src=3D"cid:ii_jaljdnex0_16009957f9065362" style=3D"margin-right:0px=
" width=3D"0" height=3D"0">Increasing the block size will not affect the in=
elasticity for any fixed block size. The downsides of a fixed block size li=
mit are well-known:<br></div></div></div>- Unpredictable transaction settle=
ment time<br></div>- Variable transaction fees depending on network congest=
ion<br></div>- Frequent overpay</div><div><br></div><div><b>Proposal</b></d=
iv><div>1. Miners implicitly choose the market sat/byte rate with the cheap=
est-fee transaction included in their block. Excess transaction fees are re=
funded to the inputs.</div><div>2. Remove the block size limit, which is no=
 longer necessary.<br></div><div><br></div><div><div><b>Benefits</b></div><=
div>- Dynamic block size limit regulated by profit motive</div><div>- Trans=
action fees maximized for every block<br></div><div>- No overpay; all fees =
are fair</div><div><img src=3D"cid:ii_jalqir4g2_1600a4c89811347a" width=3D"=
458" height=3D"458"><br>=E2=80=8BMiners individually will make decisions to=
 maximize their block-reward profit.<br></div></div><div>Miners are incenti=
vized to ignore low-fee transactions because they would shave the profits o=
f their other transactions and increase their hash time.</div><div>Users an=
d services are free to bid higher transaction fees in order to reach the ne=
xt block, since their excess bid will be refunded.</div><div><br></div><div=
>The block size limit was added as a spam-prevention measure, but in order =
for an attacker to spam the network with low-fee transactions, they would h=
ave to offset the marginal cost of reducing the price with their own transa=
ction fees. Anti-spam is thus built into the marginal system without the ne=
ed for an explicit limit.<br></div><div><br></div><div>Rarely, sections of =
the backlog would become large enough to be profitable. This means every so=
 many blocks, lower-fee transactions would be included en masse after havin=
g been ignored long enough. Low-fee transactions thus gain a liveness prope=
rty not previously enjoyed: low-fee transactions will eventually confirm. M=
iners targeting these transactions would be at a noteworthy disadvantage be=
cause they would be hashing a larger block. I predict that this scheme woul=
d result in two markets: a backlog market and a real-time market. Users tar=
geting the backlog market would match the price of the largest backlog sect=
ion in order to be included in the next backlog block.<br></div><div><br></=
div><div><b>Examples</b></div><div><b><br></b></div><div>Scenario 1<br></di=
v><div><b></b><table dir=3D"ltr" style=3D"table-layout:fixed;font-size:10pt=
;font-family:arial,sans,sans-serif;width:0px;border-collapse:collapse;borde=
r-color:currentcolor;border-style:none;border-width:medium" cellspacing=3D"=
0" cellpadding=3D"0" border=3D"1"><colgroup><col width=3D"100"><col width=
=3D"100"><col width=3D"100"></colgroup><tbody><tr style=3D"height:21px"><td=
 style=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom">Sat/byte</=
td><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom">Byte=
s</td><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom">R=
eward</td></tr><tr style=3D"height:21px"><td style=3D"overflow:hidden;paddi=
ng:2px 3px;vertical-align:bottom;text-align:right">400</td><td style=3D"ove=
rflow:hidden;padding:2px 3px;vertical-align:bottom;text-align:right">500000=
</td><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;tex=
t-align:right">200000000</td></tr><tr style=3D"height:21px"><td style=3D"ov=
erflow:hidden;padding:2px 3px;vertical-align:bottom;text-align:right">300</=
td><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;text-=
align:right">700000</td><td style=3D"overflow:hidden;padding:2px 3px;vertic=
al-align:bottom;text-align:right">210000000</td></tr><tr style=3D"height:21=
px"><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;text=
-align:right">200</td><td style=3D"overflow:hidden;padding:2px 3px;vertical=
-align:bottom;text-align:right">1000000</td><td style=3D"overflow:hidden;pa=
dding:2px 3px;vertical-align:bottom;text-align:right">200000000</td></tr><t=
r style=3D"height:21px"><td style=3D"overflow:hidden;padding:2px 3px;vertic=
al-align:bottom;text-align:right">100</td><td style=3D"overflow:hidden;padd=
ing:2px 3px;vertical-align:bottom;text-align:right">1500000</td><td style=
=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;text-align:right"=
>150000000</td></tr><tr style=3D"height:21px"><td style=3D"overflow:hidden;=
padding:2px 3px;vertical-align:bottom;text-align:right">50</td><td style=3D=
"overflow:hidden;padding:2px 3px;vertical-align:bottom;text-align:right">50=
00000</td><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:botto=
m;text-align:right">250000000</td></tr><tr style=3D"height:21px"><td style=
=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;text-align:right"=
>20</td><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;=
text-align:right">10000000</td><td style=3D"overflow:hidden;padding:2px 3px=
;vertical-align:bottom;text-align:right">200000000</td></tr></tbody></table=
></div><div>A miner would create a 5MB block and receive 0.25 BTC<br></div>=
<div><br></div><div>Scenario 2</div><div><table dir=3D"ltr" style=3D"table-=
layout:fixed;font-size:10pt;font-family:arial,sans,sans-serif;width:0px;bor=
der-collapse:collapse;border-color:currentcolor;border-style:none;border-wi=
dth:medium" cellspacing=3D"0" cellpadding=3D"0" border=3D"1"><colgroup><col=
 width=3D"100"><col width=3D"100"><col width=3D"100"></colgroup><tbody><tr =
style=3D"height:21px"><td style=3D"overflow:hidden;padding:2px 3px;vertical=
-align:bottom">Sat/byte</td><td style=3D"overflow:hidden;padding:2px 3px;ve=
rtical-align:bottom">Bytes</td><td style=3D"overflow:hidden;padding:2px 3px=
;vertical-align:bottom">Reward</td></tr><tr style=3D"height:21px"><td style=
=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;text-align:right"=
>400</td><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom=
;text-align:right">600000</td><td style=3D"overflow:hidden;padding:2px 3px;=
vertical-align:bottom;text-align:right">240000000</td></tr><tr style=3D"hei=
ght:21px"><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:botto=
m;text-align:right">300</td><td style=3D"overflow:hidden;padding:2px 3px;ve=
rtical-align:bottom;text-align:right">700000</td><td style=3D"overflow:hidd=
en;padding:2px 3px;vertical-align:bottom;text-align:right">210000000</td></=
tr><tr style=3D"height:21px"><td style=3D"overflow:hidden;padding:2px 3px;v=
ertical-align:bottom;text-align:right">200</td><td style=3D"overflow:hidden=
;padding:2px 3px;vertical-align:bottom;text-align:right">1000000</td><td st=
yle=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;text-align:rig=
ht">200000000</td></tr><tr style=3D"height:21px"><td style=3D"overflow:hidd=
en;padding:2px 3px;vertical-align:bottom;text-align:right">100</td><td styl=
e=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;text-align:right=
">1800000</td><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:b=
ottom;text-align:right">180000000</td></tr><tr style=3D"height:21px"><td st=
yle=3D"overflow:hidden;padding:2px 3px;vertical-align:bottom;text-align:rig=
ht">50</td><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:bott=
om;text-align:right">4000000</td><td style=3D"overflow:hidden;padding:2px 3=
px;vertical-align:bottom;text-align:right">200000000</td></tr><tr style=3D"=
height:21px"><td style=3D"overflow:hidden;padding:2px 3px;vertical-align:bo=
ttom;text-align:right">20</td><td style=3D"overflow:hidden;padding:2px 3px;=
vertical-align:bottom;text-align:right">10000000</td><td style=3D"overflow:=
hidden;padding:2px 3px;vertical-align:bottom;text-align:right">200000000</t=
d></tr></tbody></table></div><div><b></b></div><div>A miner would create a =
600KB block and receive 0.24 BTC<br></div><br></div>Thanks,<br></div>Willia=
m Morriss<br></div></div></div></div>

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