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Alan Grimes <ALONZOTG <at> verizon.net> writes: |
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> Looking for numbers that are palindromes in both binary and ternary. It |
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> is an exceptionally sparse set. |
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> It's called a joke, mofo. |
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Hello Grimes, |
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You know, your work would be much more rewarding if you migrated it to |
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a cluster, or better yet, a specialized cluster referred to as High |
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Performance Cluster. If you had a 'pleasant demeanor' you could approach |
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one of the gentoo devs that just put 1000 high end intel (with FPGA |
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internally accessible) processors into a cluster at a major hosting |
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facility, just for math_punks like you-self. Many of us have 'been there |
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done that' and often extend help to kids. After all, sometimes their work |
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does become interesting. If for school, and you are restricted from such |
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resources, my suggestion is that you honor those arcane instructor |
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constraints. Integrity in computational research is paramount, as you know. |
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All of this sputum can bad language you espouse, will follow you throughout |
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your career, so you might want to 'tone things down' a bit (it really helps |
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to increase the size of your future paychecks, too). |
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Sadly, your acid_demeanor precludes you from such opportunities. So if |
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you change your mind and want to take a professional approach to |
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palidromes, you might just establish some new friendships. Think things over |
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a bit and let me know should you want to access more aggressive resources. |
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YES, you can run gentoo on those HPC resources. |
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Off the record, have you tried a systolic algorithm and using rDMA via |
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the DDR5 on a collection of GPUs to speed up your search? |
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James |
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