How to pronounce“computations”in English

computations and and confirmed like you can see a very clear pattern that they're just better at their second free throw um that's

computations.

computations we would want to do we could conceivably do on like a four core cloud machine on amazon web services

computations that do something interesting well okay so that from like a common gore kolmogorov complexity standpoint

Their computations were 40% of the food in this country is not consumed.

perform computations that kind of thing but if accidentally you send two there or three or five it does the exact same got it and so that's this is this is how

16 computations so synaptic firings per second that the brain does and that's

of computations that results and somehow and i think this is the argument with with humans but some have speculated this why do we have this illusion of the

and scratch out computations and say, well, let's see, in order to make a movie today, 1975,

Add them up like computations.

all the computations on the fly.

And there are the computations.

So number of computations per hour at full load divided by the measured electricity consumption at full load, so full load, full computing load, maximum performance.

they can carry out computations that no conceivable classical computer could make within the lifetime of the universe,

really doing systematic computations all the time who want to upload their own data who want to store some of their own definitions and so on in in the system

all of its computations indefinitely, but it would look completely dark to the rest of the universe.

- So the first quantum computations, synthetic life, so in the space of biology, so the space of physics at the lowest level

how should I represent computations at a high level.

can keep running the computations of the ruad and you'll keep spewing out more and more and more structure it's like time doesn't have to end it's it's um

imagine but no all computations you can imagine but like we don't well so the

that are performing computations and passive i mean these wave guides that are routing the optical signals to different places you have to be able to

deterministic in their computations then you know that that maybe this somehow is

is what are the computations which could be conscious uh i mean so one assumption is

of mathematics which enabled computations to be done and observations to be melded with these computations

interesting complex computations swimming around how do we know they're not already here how do we know that this like all the different

that happen as being computations you think about the uh some process in

they're computations that are happening in the natural world whether they're happening in our brains whether they're happening in our mathematics whatever

implement this uh actual computations needed for inference which includes explaining a way and competing between the different

These are things that are computations that can be done based upon this level.

So we can use the computations to bound the total amount of happiness computation there can be, and that's a very large number, on the order of a google.

It takes a lot of computations.

that has to do with long-lasting computations.

can perform literally millions of computations in a very small amount of time.

create a machine that would do these computations.

This is a graph of computations per second per computer, the maximum computing output for a variety of different devices over time.

Jon Koomey: but doubling time for computations per kilowatt hour, 1.6 years or so for all computers, 1.5 years for PCs and slightly

Of course now we've got distributed computations started with SETI@Home.

that they can carry out computations that no conceivable classical computer could make within the lifetime of the universe,

And it makes vector similarity computations at incredible speed.

the neural network does statistical computations that create a model, a representation, an abstraction of that data that then can be used to

and relations between all of those computations, and that would be the space cellular automata live in.

The first faster than classical quantum computations, we were part of a collaboration creating the minimal synthetic organism where you design life

of rep of a certain set of computations that you are representing things in terms of, okay, so as you expand out in the ruliad,

intense but it's also does sparse computations across a pretty big area there's a lot of messy biological type

not we're just doing computations like things in nature do computations like those gas molecules do computations like the weather does computations the only

the only thing about the computations that we do that's really special is that we understand what they are so to speak in other words we have a you know to us

universe are the kinds of computations that the principle of computational equivalence says should happen now that might sound like you're not really

neuronal mechanisms are that underlie these computations we've gotten better at saying you know what are the functions that the brain is computing

explains to me how what the basic computations are that are leading to the full richness of human cognition yes I mean it's not gonna be enough for me to