I'm happy to share the lecture notes my collaborator (François Ged) and I have developed, as an undergraduate mathematical introduction to ML: https://t.co/f7oNekpwd1
With inflation at 7.5%, you lose half your money in 9 years. The only way to outperform that consistently, that I have found, is crypto. Just this year I’ve already lost half my money.
Glad to share my story in the @washingtonpost on the travel ban that once made sense. Now it’s only causing hardship. To us, to so many.
My story is banal but many are in pain. Time to fix the non-immigrant visa situation, @SecBlinken https://t.co/iTf91bpJMN
Public
Our new paper "An arbitrary high-order Spectral Difference method for the induction equation" by David Velasco, Quentin Wenger, Romain Teyssier and myself is available here:
https://t.co/lxPWn3qn5Q if you want to check it out. ;) @ElsevierPhysics @ElsevierNews
If you are interested in something new with respect to classical Runge-Kutta methods, or if you know one between ADER and DeC, you should definitely check our work. https://t.co/iQrEpipUIf
5/5
Finally, we study their properties as time integration methods, assessing stability, accuracy and ability in dealing with stiff terms in their implicit versions.
4/5
In this work, we find out that the two methods are very similar and that each of them can be rewritten into the framework of the other one.
Hence, the DeC convergence theorem can be used also on the ADER method to effectively use the necessary number of iterations.
3/5
DeC and ADER are numerical methods widely used in the hyperbolic partial differential equations community. They are arbitrarily high order accurate methods.
This means that they can achieve better accuracy with smaller computational cost with respect to low order methods.
2/5
Read our last #research on "ADER and DeC: Similarities, Differences and a Unified Framework" with @hanveiga on @SpringerNature at https://t.co/iQrEpipUIf
Summary: There are many numerical solvers to approximate physical, chemical and biological time dependent problems.
1/5
What does a mask do? Blocks respiratory droplets coming from your mouth and throat.
Two simple demos:
First, I sneezed, sang, talked & coughed toward an agar culture plate with or without a mask. Bacteria colonies show where droplets landed. A mask blocks virtually all of them.
https://t.co/aJFwFijW2S
"An artificial neural network making predictions on live webcam input, trying to make sense of what it sees, in context of what it’s seen before." Super nice work by @memoakten
@dansanleeds @AcademicChatter For math, not just formulas, but easy to set up environments for theorems / lemmas / propositions. Bibliography and referring to equations as well. What would you advise someone to learn instead?