3 ms·
Hmm, 0.8 works well, but let's try setting lower layers to lower initial value. Let's say 0.2. Ok, I need a formula that will go between 0.2 and 0.8, slowly app
by Kubuxu 2y ago
Hmm, 0.8 works well, but let's try setting lower layers to lower initial value. Let's say 0.2. Ok, I need a formula that will go between 0.2 and 0.8, slowly approaching 0.8. Starts fiddling with numbers for 20min, I guess this can work.
- godelski 2y agoSure, but in research show some comparisons
- physicsguy 2y agoIn practice there's always a trade off between getting some result out and published and rigorously exploring every avenue of optimisation in research. Sometimes you have to say 'this is good enough and long enough already'.
- godelski 2y agoRight, but it has to be *good enough*. My issue isn't that they didn't do more work, my issue is that they didn't even report work that they did do that communicates the impact of the literal proposed method. https://news.ycombinator.com/item?id=41783013 https://news.ycombinator.com/item?id=41783013