So ti's going to require even more time to copy, TheĭS1/2/3 are up for download now, what about DS4?ĭS4 is large over 12TB in size for just the Dense portion. It's generally been a positive experience, but there are some definite areasįor you, I encourage you to continue to support other great BOINC projects with your computing time. Starting a new project and running it from the beginning to end and hope that will be a resource for other At some point, I'll write up my experience as a researcher To support other BOINC projects (I've been contributing to BOINC since the classic days)Īnd support the idea of volunteer computing. I will also be winding down the Discord communityįor me personally, I will continue my research and work on publishing meaningful results. Project pages, and stats so that they can remain available (read only) without becoming a magnet for spamĪnd the (currently hourly.) hacking attempts (sigh.). I'll need to read up on how to properly archive the forums, To the BOINC server portions of the website. That's wouldn't be fair toįirst, as promised, the datasets will remain available (DS4 will require some thought and time to release, seeīelow), and the main website () and twitter feed will remain active so IĬan post updates on any papers and how to access DS4 when available. I can not justify running the project without a real path to meaningful new work. If other researchers express an interest we can revive the project in the future, but for now Researchers and as such MLDS was the only project on COVID is partly to blame, but there areĪ number of other factors ranging from how research is funded in a hot field like ML to my own limited timeĬommitments. To become a platform for democratized machine learning research. The only bittersweet aspect to shutting the project down is that I hoped to grow beyond MLDS, Problem, but because we've achieved the goals we set out to accomplish. This is a time to celebrate all that our volunteers have achieved together! ThisĬommunity has been amazing between the forums and Discord. While we can always want more from any endeavor, I think we've accomplishedĪ lot for now, and want to put the project on indefinite hiatus until something new comes along. Should be evident as I've been less and less responsive to the community over the past 6 months,įor which I apologize. School commitments have limited the amount of time I can spend generating new experiments. Now we need to focus on analyzing the results and writing papers.Īs a researcher, at some point you have to stop generating data and write and my family, work, and We've achieved the goals I set out to accomplish (and more!) with 4 complete datasets comprisingĭozens of terabytes of data to analyze. I, as MLC admin, am making the decision to shut down as a BOINC project for the Mon, 06:46:24 shutting down for now, and thank Is shutting downĪfter over two years, some bumpy moments, and the tremendous support from our volunteers,.The results of the ODLK1 project for April-June 2022 have been published. The results of the ODLK1 project for April-June 2022 Thank you for your sustained support to the LODA project! We hope to keep up the amazing mining rate of >100 new programs per day. Our next target milestone is 110k programs. Since we cannot catch up analyzing all the new programs manually (currently more than 100 per day), we plan to develop a new major feature that shall allow us to automatically derive formulae (recurrence relations) from many LODA programs. While we already have a 94% pass rate on x86_64 Linux, we still aim at reducing errors on other platforms. Quality remains one of our top priorities. In terms of tooling, we received support by the BOINC core team, which enabled us to provide ARM64 Linux platform and native Apple M1 support via a universal executable of the wrapper app. Another major achievement is the discovery of an entire new class of programs related to partition numbers, which go back to Ramanujan. This includes decimal expansions of many irrational constants such as the Apéry constant (value of the Riemann Zeta function at n=3). You have found many exciting new and faster programs for integer sequences. Thank you all for your contributions to the LODA project! Special shout out to L'Alliance Francophone, who have boosted our findings during the last couple of weeks. This is an incredible achievement that was possible only by your amazing community support. We have reached the major milestone of 100k programs for OEIS integer sequences.
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