920 karma · joined January 25, 2013
Neat.
They mentioned this, but didn't compare it to classic electrical chips.
Does anyone know what we have now?
Its conclusion is: Alzheimer disease is primarily a man-made condition with paracetamol as its principal risk factor.
It never really came up until I took the Parallel Computing course late into my degree.
I guess we'll just have to trust this explanation?
I just listened to a Freakanomics podcast about the person who raised a red flag and wanted to cancel the launch. Very interesting listen. Episode was "Failure Is Your Friend".
http://freakonomics.com/2014/06/05/failure-is-your-friend-a-...
Seems it'll be annoying for something to break my concentration every 20 minutes, losing my flow all the time.
It really shows how much of an advantage it was if you knew how to bunny hop.
The guy basically just posted the introduction.
Article said they got 2.2x improvement using their parallel method compared to STL. Trade off was having 100% CPU utilization vs 12.5% with STL.
That fact actually blindsided me since I already gave info and couldn't just login and start up the server.
I wish I'd have read stuff carefully before blindlessy jumping into a deal.
They get their revenue from their shops, like how most private servers do it.
This restriction could be unlocked one day.
I'd like to see whats new with 14.
Edit: http://en.wikipedia.org/wiki/C%2B%2B14#New_language_features
* Government is not startup friendly.
* Current educational standards are producing graduates with inadequate skills for what the current market is demanding for.
* Students are not at the same level as students in North America, Europe, and other places. Graduates finish a lot younger and have relatively no experience in life, what more in work or business. They are eager to learn and from my own personal experience with my own employees, they have the smarts.
The algorithm uses "loop-erased" random walks.
It starts at a node that isn't in the tree and randomly walks.
If it hits itself while randomly walking (remember it isn't part of the tree yet), it erases the loop that it created and continues walking from that node again.
If the walk hits the tree, connect the walked path to the tree, pick another node and start again.