Discovering governing equations from data: Sparse identification of nonlinear dynamical systems
Really, really, really smart
Discovering governing equations from data: Sparse identification of nonlinear dynamical systems
Really, really, really smart
I’ve been lingering on OTFC #debian-it IRC channel and the almighty Elena of Valhalla made me discover the importance of maintain control over our communications that nowasdays are oftn channeled into various chat, social network and the like. So I’ve read her article «Modern XMPP Server» and Enrico Zini’s «Modern and secure instant messaging» discovering…
https://github.com/trailofbits/algo
A reasonable sane, secure IpSec-based VPN that doesn’t need additional software on the client.
It seems I should really being learning how to set it up and to manage it:
http://jamesknelson.com/using-es6-in-the-browser-with-babel-6-and-webpack/
From: Tim | LinkedIn
Oldies but goldies… a tasty feel of Web 1.0
Contains maps of the universe zooming out from the nearest stars to the entire visible universe.
I shall study those Ford circles (found via this Tikz example) a little, they may teach us something about the optimal granulometric distribution of a “faccia-vista” (exposed, faced) concrete…
As the author clearly stated in a comment, this is more of a proof-of-concept for learning ceph, not for a real deploy as it’s not meant to be cheaper per GB, but cheaper for initial cost: a “3 figure cost of entry way to begin learning ceph”.
Even today (year 2017) an x86 based solution will have a minimum cost much higher while giving higher performances (129€ just for a single CPU board plus case without memory and storage)