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Super Artificial Intelligence, a naive approach

I aim to minimize ignorance...

Generally speaking, if you're going to try to minimize ignorance via a forum, you should be focusing on communication, paying close attention to what you're actually saying and to what others are actually saying. Your track record when it comes to both is somewhat horrendous, already. That's before getting to any of the specifics.

As for what ignorance you think that you're minimizing, specifically... do you really think that anyone here isn't well acquainted with the fact that there have been exponential advances with regards to computing technology over the past couple decades and that AI creation has also been advancing very quickly as well, just for starters?
 
Generally speaking, if you're going to try to minimize ignorance via a forum, you should be focusing on communication, paying close attention to what you're actually saying and to what others are actually saying. Your track record when it comes to both is somewhat horrendous, already. That's before getting to any of the specifics.

As for what ignorance you think that you're minimizing, specifically... do you really think that anyone here isn't well acquainted with the fact that there have been exponential advances with regards to computing technology over the past couple decades and that AI creation has also been advancing very quickly as well, just for starters?

I aim to minimize my ignorance...
 
........If mankind isn't erased (via some catastrophe), on the horizon of Moore's Law, mankind will probably create machines, with human-level brain power (and relevantly, human-like efficiency)........by at least 2020........

Moore's Law, hey. That one where we get a doubling in performance of silicon chips every two years? The right law, I take it?

OK, well, let's have a look. 2020 is 3 years away. At the moment you're own figures for computer performance has the best of them at 10^14 (somethings), which is one ten-thousandth of the level of humans, again, according to your own figures. Applying Moore's Law to those figures suggest computers will be at around approximately 3 ten-thousandths of that of humans by 2020. In fact, by applying Moore's Law alone, it looks as though it will take computers approx. 15 years to get to that same level, or approx. 2032.

As I probably said before, you just make **** up.
 
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Applying Moore's Law to those figures suggest computers will be at around approximately 3 ten-thousandths of that of humans by 2020.

8, surely?

2017 = 1 = 1
2018 = 1 * 2 = 2
2019 = 2 * 2 = 4
2020 = 4 * 2 = 8

Possibly 16, since the 1014 figure was probably derived in 2016.
 
Moore's Law, hey. That one where we get a doubling in performance of silicon chips every two years? The right law, I take it?

OK, well, let's have a look. 2020 is 3 years away. At the moment you're own figures for computer performance has the best of them at 10^14 (somethings), which is one ten-thousandth of the level of humans, again, according to your own figures. Applying Moore's Law to those figures suggest computers will be at around approximately 3 ten-thousandths of that of humans by 2020. In fact, by applying Moore's Law alone, it looks as though it will take computers approx. 15 years to get to that same level, or approx. 2032.

As I probably said before, you just make **** up.


Oz7slzz.jpg


(A)
Using Moore's Law equation -> HBS = CMS * 2^n (HBS=human_brain_speed | CMS=current_machine_speed | n = YEARS_TILL_BRAIN_CHIP/rate | rate = 2)

Using more precise figures (as provided in original post source) we have:

(2*10^15)/(6.4*10^14) = 2^(YEARS_TILL_BRAIN_CHIP/2)

YEARS_TILL_BRAIN_CHIP = 3.28771






(B)
ESTIMATED_YEAR_OF_BRAIN_CHIP = 2017 + 3.28771

Outcome is 2020, roughly.
 
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8, surely?

2017 = 1 = 1
2018 = 1 * 2 = 2
2019 = 2 * 2 = 4
2020 = 4 * 2 = 8

Possibly 16, since the 1014 figure was probably derived in 2016.

Well, even if that were the case, it's hardly 10,000, is it. Moore's Law applies to every 2 years*, so I simply assumed this year as the starting year, 2019 as the first doubling, then a bit more for 2020 (I didn't want to bother with log tables).

*It appears you are assuming a doubling every year, not every other year.
 
[qimg]http://i.imgur.com/Oz7slzz.jpg[/qimg]

(A)
Using Moore's Law equation -> HBS = CMS * 2^n (HBS=human_brain_speed | CMS=current_machine_speed | n = YEARS_TILL_BRAIN_CHIP/rate | rate = 2)

Using more precise figures (as provided in original post source) we have:

(2*10^15)/(6.4*10^14) = 2^(YEARS_TILL_BRAIN_CHIP/2)

YEARS_TILL_BRAIN_CHIP = 3.125






(B)
ESTIMATED_YEAR_OF_BRAIN_CHIP = 2017 + 3.125

Outcome is 2020, roughly.

OK, so a doubling every 2 years gets us how far in 3 years?

Righto then. Go away and work out why this nonsense is wrong, then report back here when you know.
 
OK, so a doubling every 2 years gets us how far in 3 years?

Righto then. Go away and work out why this nonsense is wrong, then report back here when you know.


There was a typo in my answer via reply 91, but I had edited to 3.28 instead of 3.125.
Anyway, we still have 2017+3.28, which gives roughly 2020.



kHuXEPE.jpg


Here is the long workout, to show that I am not "conjuring up any weird fake math process":

FORMULAE : HBS = CMS * 2^n

HBS=human_brain_speed
CMS=current_machine_speed
n = YEARS_TILL_BRAIN_CHIP/rate
RATE = 2


So,
HBS = 2*10^15
CMS = 6.4*10^14

So,
(2*10^15) = (6.4*10^14) * 2^(YEARS_TILL_BRAIN_CHIP/2)

(2*10^15)/(6.4*10^14) = ( (6.4*10^14) * 2^(YEARS_TILL_BRAIN_CHIP/2) )/(6.4*10^14)

(2*10^15)/(6.4*10^14) = 2^(YEARS_TILL_BRAIN_CHIP/2)

3.125 = root (2^YEARS_TILL_BRAIN_CHIP)

YEARS_TILL_BRAIN_CHIP = 3.28




So, we roughly have 3.28 + CURRENT_YEAR, which gives us roughly 2020., contrary to your "calculations".
 
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... in any case it seems Moore's law no longer applies as we start to impinge on physical limits.

It's interesting that in the OP there was a factor of somewhere between 100 and 10000 between human brain and machines and yet in ProgrammingGodJordan's calculation that suddenly dropped to a factor of 3 :confused:

What happened ?
 
... .....It's interesting that in the OP there was a factor of somewhere between 100 and 10000 between human brain and machines and yet in ProgrammingGodJordan's calculation that suddenly dropped to a factor of 3 :confused:

What happened ?

He moved the goalposts, hoping no-one would notice.:

..........

HBS=human_brain_speed
CMS=current_machine_speed
n = YEARS_TILL_BRAIN_CHIP/rate
RATE = 2


So,
HBS = 2*10^15CMS = 6.4*10^14........

Suddenly, for the purposes of this calculation, humans have the brain power of a chimp. He has altered the figure from (10^16 to 10^18) to 10^15, suddenly meaning we only have to make machines 10 times more powerful to get to our level.

Of course, as having a brain of power 10^18 was a requirement to qualify as a god, he has just completely undermined his humans-are-gods argument. Humans, chimps, dolphins, dogs, pigs and possibly parrots too* now qualify as gods under the new revised criteria.

* I can't be bothered checking.
 
Do you understand now that I have already answered the above?

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Did I say there was? I was being sarcastic.



I simply pointed out how puny this achievement was in comparison with the human brain.

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You clearly have nothing of substance to say, and to hide your lack of content you will bang on about your supposed confusions with my post until I have explained it 10 different ways. We've all seen this sort of thing done countless times before.
From K for example!!!!!
 

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