[LOCKSUIT]

I recently read what keghn was researching, it was about how our brains count numbers, using the neural network.

But, you know 2 + 3 = 5. I don't know what 22 + 59 =s.

I have to carry over numbers with simple matches. Like when you draw a horizontal line and stack the amounts and carry over each 2 numbers by simple matches, because you know these.

Example:

   59
+ 22

2 + 9 = 11 (this matched in my brain [thank god]). Then with 11 I look at the 1 on the right and minus it from 11 (another simple match you will know). Then you do another, 2 +1 = 3. Then 3 + 5 = 8.

Answer = 81

When you say 5 + 5 it matches memory automatically to the answer, if it doesn't, then you USE matches that do to get the answer. You can learn a big one ex. 2567 + 6758 = " ", your'll remember it after a while.

After all, sounds and linked visions of numbers are all stored and linked senses, and it's all memory matching, you cannot derive off and use network fraction energies, it's that memory bar of senses and actions I showed you's remember.
http://advancessss.deviantart.com/art/New-AI-Schematic-624810310?q=gallery%3AADVANCESSSS%2F59829757&qo=2

[kei10]

It's quite obvious that this is how it works, it's a fact that anyone could guess out if they try. Alright, little BeautifulFlower33, Joint, or The King -- or whatever name you'll change into in the future -- I'll ask you a few interesting questions -- think of it as puzzles. Since you love to brag about memory matching --

• Can your A.I generate random numbers?
• Can your A.I generate random words?
• Can your A.I generate random sound?
• Can your A.I generate random movement?
• Can your A.I generate random sentences?
• Can your A.I generate random scrambled letters?

I wonder how can you do that -- with your lovey-dovey match-match-match, sense-sense-sense, reward-reward-reward, and so on...?

[LOCKSUIT]

When it's a baby it can go to Guess Mode to generate random Actions, but NEVER generates Senses i.e. images or sounds such as numbers/words/sounds/sentences.

As adults we always switch actions and never use Guess mode, note that each selection is instead, tweaked.

So, when we do do selected actions and sense senses from memory, the selection may be to say "Very sunny." or "hay oh drink wow um hat brush" to seem like randomness generated of actions to make you hear senses like a number or word.

See that link to the diagram of the memory bar, there's no space for numbers, it's senses, and actions. Note that the KNN layers tether to the bar after the search.

Dreams/imaginating is 2D/3D, but dreams are made by AIs or fragments of you since my hierarchy of knowledge (and basises) not only don't explain any of it but also prove how AI can only work/be, it's made-by-AIs, and this I have a lot of evidence and notes on even from 2 years ago.

[keghn]

 Well well wellllllllllll.

 Well just give me a minute to ramble about a organic Neural network chip.

 They except  input on the left side and gives it answers out on the right side.

 You would put the the address value on the left side and what is stored there is outputted on right side.
 to write a value into that location you need to adjust the weight values on top side to the organic
neural network chip.
 Like fine tuning with dials until value is what you want.
 The problem is that there are thousand of  dials that need to be adjusted. And when you want all location to
zero. you have to go to each location and dial it in.
 Another problem is that when dial one location in another location can get whacked out.

 To make a computer with this you need three organic neural network chips.
 For doing addition you need
one chip to hold the top number the second to hold the bottom number and a third chip add the two value together.
 And maybe one more,  a fourth chip, to catch the answer.
 
 They make these right now in silicon semiconductor, neuromorphic chip.

 IBM has a fancy one:

https://en.wikipedia.org/wiki/TrueNorth


 And a different company:

http://www.nextplatform.com/2016/06/06/former-nasa-exec-brings-stealth-machine-learning-chip-light/

 You can do the same on you computer. They have real neural network software to do it, like tensorflow, or other
software, for your computer:

https://en.wikipedia.org/wiki/TensorFlow

 A comon computer is a: Von Neumann architecture:

https://en.wikipedia.org/wiki/Von_Neumann_architecture

[LOCKSUIT]

That is not how I calculate math.

If you don't know Japanese or Dutch or English, the sounds mean nothing, they are sounds.

"What's 2+2?" is only sounds if a Korean man speaks to me outside.

If you have linked the sense (the sound "two") to a vision (of 2), then your'll see the vision when someone says it.

If you learn to listen to a teacher and know some actions for the session ex. sit etc, then if you are told the sounds "2+2=4", then when you hear "2+2=", it will match the memory "2+2=4".

I myself don't know what 89 + 178 is, but if I heard the answer enough times, I would.

89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267
89 + 178 = 267

Believe me, a kid just beginning won't know the answer to 8 + 8 = ? or 60 + 60 = ?

**********************************************************************
100% Proofffffffffffffffffffffffffffffff
The reason there cannot be "numbers" computing inside the brain is because sound and vision are senses, have fun with the sound turning into numbers i.e. energies,
>>>>>>>>>because eight will be high pitch and a slew of fluctuations while 5 will be low pitch and different fluctuations LOL. It's senses, and matching.
**********************************************************************

[8pla.net]

• Can your A.I generate random numbers?
• Can your A.I generate random words?
• Can your A.I generate random sound?
• Can your A.I generate random movement?
• Can your A.I generate random sentences?
• Can your A.I generate random scrambled letters?

I wonder how can you do that --

Here is a simplified example... A list of words has numbers associated with them:

0=>"word",
1=>"sound",
2=>"movement",
3=>"sentence",
4=>"letter"

Code

<?php
   $list=array("word","sound","movement","sentence","letter");
   shuffle($list);

   foreach($list as $key=>$word)
          {
          echo "$key: $word\n";
          }
?>

Program Output, test ran 3 times:

0: movement
1: sound
2: word
3: letter
4: sentence


0: sentence
1: word
2: letter
3: sound
4: movement

0: letter
1: movement
2: word
3: sound
4: sentence


The numbers may be invisible in the source code array, but they are there. 

What do you think?

[kei10]

Hmm, interesting.  I sure didn't expect that.

[LOCKSUIT]

It's all sensor's sensory input. Which no alphabet of sounds will ever progressively evoke more neuron energy to make the numbers in the first place.