homerowilson
Joined 15 years ago
Joined 15 years ago
% !TEX program = lualatex
to the top of your document allows you to switch LaTeX engine. This is required for recent accessibility standards compliance (support for tagging and \DocumentMetadata). Compilation takes a bit longer though, but works fine, unlike with Overleaf where using the lualatex engine does not work in the free version.
https://docs.r-wasm.org/webr/latest/ https://github.com/jupyterlite/jupyterlite https://dev.lfortran.org/
There are rough edges to be sure, but the potential is great in education I think.
Matrix Analysis by Horn and Johnson (perhaps the best end-of-chapter problem sets of any math book I've encountered!)
Matrix Computations by Golub and Van Loan
Elements of Statistical Learning by Hastie, Friedman, Tibshirani
Functional Analysis by Reed and Simon
The two of us use just under 5kWh / day average electricity. Our big energy use is heat in winter though! Here is the breakdown:
5kWh/day electric * 365 days = 1825 kWh/year electrons
2.5 cords wood (mostly oak) = 17584 kWh/year wood heat
300 gal. liquid propane = 8400 kWh/year propane heat
That's a total of ~27800 kWh/year for the two of us including heat. That's about 76 kWh/day or 38 kWh/day per person on average. *This includes charging my e-bike for my work commute--but we also have a gas car so not nearly all transportation energy costs.[edited to add this]
I can't see any way to go much lower than that without freezing in the winter. 2 kWh/day seems crazy low to me.
https://proceedings.mlsys.org/paper/2021/hash/3636638817772e...
seems mostly about tuning the original idea instead of expanding its scope. But it's still a neat idea. I guess it could be possible to adpt many of the approximations used in the SLIDE idea to GPUs too though...