Changing the hashing algorithm
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One thing I have noticed running feathercoind and other coin daemons on a p2pool with tight memory. The 0.6 series daemon takes 190 MB compared to the 0.8 which are more like 230 MB. (can vary higher)
Both of which seems higher than they need…
That won’t be directly related to the algorythm, but the pool daemon pass round the work, so its something that might be “optimisation” In the builds.
Whilst we’re considering testing / improving performance.
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I had a mail chat with one of the authors of cudaminer.
He is interested to add neoscrypt to cudaminer, but he can’t make it happen soon. -
One thing I have noticed running feathercoind and other coin daemons on a p2pool with tight memory. The 0.6 series daemon takes 190 MB compared to the 0.8 which are more like 230 MB. (can vary higher)
Block index is held in memory. More blocks in main chain = more memory consumed.
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I had a mail chat with one of the authors of cudaminer.
He is interested to add neoscrypt to cudaminer, but he can’t make it happen soon.Is there someone official behind the ccminer? That’s also a viable option for nvidia and perhaps he/she/they have more time to add NS? :)
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I had compily cgminer 3.6.6 with MinGW . It can work with scrypt and keccak. But that work add neoscrypt is very complex and arduous . May God bless us !
------------------------------------------------------------------------ cgminer 3.6.6 ------------------------------------------------------------------------ Configuration Options Summary: libcurl(GBT+getwork).: Enabled: -L/usr/local/curl/lib curses.TUI...........: FOUND: -lpdcurses OpenCL...............: FOUND. GPU mining support enabled scrypt...............: Enabled keccak...............: Enabled ADL..................: SDK found, GPU monitoring support enabled Avalon.ASICs.........: Disabled BFL.ASICs............: Disabled BitForce.FPGAs.......: Disabled BitFury.ASICs........: Disabled Icarus.FPGAs.........: Disabled Klondike.ASICs.......: Disabled ModMiner.FPGAs.......: Disabled Compilation............: make (or gmake) CPPFLAGS.............: CFLAGS...............: -O2 -msse2 LDFLAGS..............: LDADD................: -L/usr/local/curl/lib compat/jansson-2.5/src/.libs/lib jansson.a -lpthread -lOpenCL -lws2_32 -lm Installation...........: make install (as root if needed, with 'su' or 'sudo') prefix...............: /usr/local -
Ok… so I definitely missed something: where do I find the files for the neoscrypt?
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Step by Step ,
I had compily cgminer 3.6.6 with neoscrypt on MinGW. I set --enable-neoscrypt , Compile support for neoscrypt feathercoin mining.
I get cgminer-neoscrypt.o and cgminer.exe .
Next, there is still a very large number of hard work. Wish me good luck.
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wow thats amazing progress well done. I can feel a tip coming on!
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wow thats amazing progress well done. I can feel a tip coming on!
We have not an OpenCL kernel, there is still a very hard work.
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Great job lizihi! :)
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Is there someone official behind the ccminer? That’s also a viable option for nvidia and perhaps he/she/they have more time to add NS? :)
yes ccminer is the second miner for NVIDIA cards.
I have no contact there, but will check on Github, if there is a contact email. Otherwise I’l lcreate a feature request.
Question: can we provide neoscrypt code to the programmer of ccminer and cudaminer, or should it remain private for the time beeing?
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The owner of the ccminer repository on Github is the same than for Cudaminer.
I think the answer ill be the same: yes, but not very soon…
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Question: can we provide neoscrypt code to the programmer of ccminer and cudaminer, or should it remain private for the time beeing?
Yes if they agree to keep it confidential until the official public release. On the other hand, if they say “yes, but not very soon”, they get the code after the public release anyway.
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Sorry for the post, but are there any links to what Neo is about or are you guys trying to develop it from a bastardisation of blake or something?
What are the main benefits we can look forward too for GPU mining or not 100% on stats yet? (other than maybe lower power and asic _resistance _short term)
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It is what Scrypt has been used to be: memory intensive, ASIC resistant, more secure. It isn’t a bastardisation of anything. The complete specification will be in the press release.
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Yes if they agree to keep it confidential until the official public release. On the other hand, if they say “yes, but not very soon”, they get the code after the public release anyway.
I will hold back the code until the official public release
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Time is running out. We need to be completed within 10 days.
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There is a small yet annoying bug left in the switch process. Once eliminated, I set up a testnet with a couple of P2Pools. NeoScrypt itself is fine.
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Which profile will be used?
Or is that not finally defined?
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i cant wait for this guys, All the luck to people working on this!
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That will be a great achievement! I wish good luck to all the hard working developers.
