This is a really well written blog, great work!
Not plain-text I hope. Was this extracted directly from providers? Given the fact that people reuse passwords, it should be easy to construct a larger db theoretically. But this number is mind-boggling.
Might have to look at specific lib implementations, but I'd guess that mostly gpu calls from python are actually happening in c++ land. And internally a lib might be using synchronize calls where needed.
When you call a cuda method, it is launched asynchronously. That is the function queues it up for execution on gpu and returns. So if you need to wait for an op to finish, you need to `synchronize` as shown above.…
I'd imagine that Meta is trying to avoid an AI / LLM monopoly from happening as the primary goal. They suffered when Apple was a gateway to their service for ios users and decided to shut their access to user data off.…
Great work!! I was just talking about how this is a major gap in Rust and here you are the very next day! Looking forward to use and contribute!
Wait what‽ Do you have any resources you can point to for parallelism in finite automata?
Hang in there! And to add to what others have said, I found it extremely helpful to stay away from sad music, romantic shows, etc. until you feel strong again. And keep your body moving!
Glad to see Revolution OS in the list! Helped me get through times in grad school when I'd get stuck on something working on my thesis. Grab a bowl of ramen and put this movie on!
It checks for specific return code. It is useful for testing specific type of failure . Since in shell all non zero return codes are considered failure, we need a way to know that it failed because of the expected…
How would one go about demonstrating "great work as an employee"? Also would that be enough for an eb1?
Actually if someone had a model like that, they have all the incentives to keep it a secret. Also it would allow simulations to be ran and make "good" decisions. But we have better odds of cracking the prediction…
Thanks!
In the derivation for conditioning what is `O(dx^2)` and why is it there? Looks something like error margin?
This is a really well written blog, great work!
Not plain-text I hope. Was this extracted directly from providers? Given the fact that people reuse passwords, it should be easy to construct a larger db theoretically. But this number is mind-boggling.
Might have to look at specific lib implementations, but I'd guess that mostly gpu calls from python are actually happening in c++ land. And internally a lib might be using synchronize calls where needed.
When you call a cuda method, it is launched asynchronously. That is the function queues it up for execution on gpu and returns. So if you need to wait for an op to finish, you need to `synchronize` as shown above.…
I'd imagine that Meta is trying to avoid an AI / LLM monopoly from happening as the primary goal. They suffered when Apple was a gateway to their service for ios users and decided to shut their access to user data off.…
Great work!! I was just talking about how this is a major gap in Rust and here you are the very next day! Looking forward to use and contribute!
Wait what‽ Do you have any resources you can point to for parallelism in finite automata?
Hang in there! And to add to what others have said, I found it extremely helpful to stay away from sad music, romantic shows, etc. until you feel strong again. And keep your body moving!
Glad to see Revolution OS in the list! Helped me get through times in grad school when I'd get stuck on something working on my thesis. Grab a bowl of ramen and put this movie on!
It checks for specific return code. It is useful for testing specific type of failure . Since in shell all non zero return codes are considered failure, we need a way to know that it failed because of the expected…
How would one go about demonstrating "great work as an employee"? Also would that be enough for an eb1?
Actually if someone had a model like that, they have all the incentives to keep it a secret. Also it would allow simulations to be ran and make "good" decisions. But we have better odds of cracking the prediction…
Thanks!
In the derivation for conditioning what is `O(dx^2)` and why is it there? Looks something like error margin?