3 ms·
I can't find it back but in a recent article I read that it was useful to have an idea of the upper-boundary abilities of an arch+algorithm, so that you 'know'
by touisteur 7y ago
I can't find it back but in a recent article I read that it was useful to have an idea of the upper-boundary abilities of an arch+algorithm, so that you 'know' what you're aiming for, but it might not be attainable practically without huge human or decades of superoptimizer effort... Yes if your algorithm reaches for cold data, you'll get hit. Can you get around that? Do you really need to hit the cache when you're computing the seven-billionth decimal of pi or factoring numbers ? This work is quite interesting, if only for compilers or superoptimizers.