[HN Gopher] Get a Life
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Get a Life
Author : akkartik
Score : 61 points
Date : 2021-02-28 18:36 UTC (4 hours ago)
(HTM) web link (crypto.stanford.edu)
(TXT) w3m dump (crypto.stanford.edu)
| zabzonk wrote:
| Here's one by me at exactly the opposite end of the performance
| spectrum:
|
| https://latedev.wordpress.com/2011/06/25/a-poker-chip-comput...
| rezmason wrote:
| Oh, excellent timing! I've got a question for Ben Lynn, who will
| hopefully show up here to answer questions.
|
| I'm in the early stages of porting my decade old Flash Wireworld
| player ( http://rezmason.net/wireworld ) to HTML5 (
| http://rezmason.github.io/wireworld-player ), and I was planning
| on finally tackling a HashLife based implementation down the
| road.
|
| May I use or adapt your Wireworld HashLife implementation for my
| project? Also, can I brainstorm with you the likely
| characteristics of other types of optimizations?
| gumby wrote:
| Have you discussed this with Bill Gosper?
| gfody wrote:
| this reminds me of the drama around when Bitcoin forked into BTC
| and BCH - I recall there was some optimization that allowed
| miners to land at digests equivalent to some huge hash rate
| without actually computing that many hashes and since it was
| baked into ASICs that would be rendered useless after the
| optimization was nullified they had no choice but hard fork.
| px43 wrote:
| I think you're talking about ASICBOOST, more importantly the
| "Covert ASICBOOST" drama, which was almost entirely fabricated
| as a political ploy to turn the /r/bitcoin community against
| the mining community. It was used to justify the soft fork
| inclusion of SegWit (Segregated Witness) but in reality had
| zero impact on the actual ASICBOOST capability, which was an
| overly complicated and incredibly mild hashing optimization
| which no one really actually used. The risk of orphaning blocks
| was likely higher than and potential profits from the extra
| advantage.
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