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That we recognize them. the problem is that the more data the brain has to process the faster it tires out and suppose before you look at thousands of images and even as a non radiologist you can guess that a finding will slip by you because you're tired that doesn't happen to a computer and we have extremely large quantities of data to analyze it well you need computer power. or computer poll after all computer programs are superior human beings when it comes to recognizing patterns the 1st the computer needs a kind of basic training it's presented with a certain pattern then it compares all ...

The faster it tires out and supposed to look at thousands of images and even as a non radiologist you can guess that a finding will slip by you because you're tired that doesn't happen to a computer and we have extremely large quantities of data to analyze it well you need computer power. or computer pole after all computer programs are superior to human beings when it comes to recognizing patterns but 1st the computer needs a kind of basic training it's presented with a certain pattern then it compares all other patterns with this template and decides does the pattern match or not. programs t...

Between them. there was something called moore's law, named for gordon law. one of the engineers who worked at intel. basically it was an observation computer engineers are getting to the point where they can essentially double the computer power of computer chips every 18 months or so. and this was what really made the power of computers explode in the 1980s, because every 18 months, these things were getting twice as good. >> you could basically put a whole computer on a chip, it was less expensive to manufacture. so you had smaller which led to faster which led to cheaper. >> under any othe...

So the closer together elements on a chip are, the faster of motion of signals between them. there's something called moore's law, named for gordon moore. they are getting to the point they can double the computer power of a computer chip every 18 months or so. and this is what really made the power explode in the 1980s. every 18 months these things were getting twice as good. >> you could get the whole computer on a chip. it was less expensive to manufacture. you had smaller which led to faster which led to cheaper. >> under any other field of consumer products, things get more expensive over...

We were before. having said that you are you are right, it's going to be really tough trying to predict these really small wobbles. that's sort of where a lot of research in model prediction is occurring is trying to get these really high resolution models to be able to capture these small shifts which have such important consequences. there is a lot of work being done at the national weather service and the national hurricane center. they are developing new models and improving the resolution and the computer power behind the models but we are not there yet. >> we had three major hurricanes a...