[LOCKSUIT]

grants, and lots of them.



So, moving on, the reason our picture http://advancessss.deviantart.com/art/Revealing-Brain-632107460?ga_submit_new=10%253A1472844084 is a pretty good example of the actual brain for you to at least accept to move on is because:

- On the right side of the picture, senses get saved to where they look alike, and actions get generated on the left side.

- The middle is its life, what makes those assorted senses have a history, the decider of what you'll do and recall.

If you know Machine Learning, you know how it learns using the generator at the left side with the sensory on the right side. And you know HOW sensory input selects senses to select the linked actions on the left side. The whole thing is true, the right side boost the search speed. It's incomprehensible you didn't notice this. The design is true and empirical, the HOAC in the middle is needed if all senses are assorted for fast searching.

Now that we arrived here, I wanted to tell you, look at our picture above, it is literally my Master Diagram below:
http://advancessss.deviantart.com/art/Master-Diagram-630914584?q=gallery%3AADVANCESSSS%20in%3Ascraps&qo=0

[Freddy]

It's good form to respond to other member's questions if they've gone to the trouble of reading your posts - just saying.

Your latest posts are much easier to digest, well done and thanks for that. 

[LOCKSUIT]

It's ok I've read them all, I thought not to answer korrelans remarks since you'd get the drift answer to them all without even saying much other than simply answers. In other words I thought it was good to do.

[LOCKSUIT]

Did you understand my post (#45) ? It explains why, amonst all this "this says this and looks like this" - why it is all true and that our picture really really reallllly makes sense.

[Korrelan]

@BF33

I tried (my fourth or fifth attempt)… lets just agree to disagree.

I have very limited free time; I'm loosing time working on my own AGI whilst trying to follow your logic/ explanations.

I feel our modalities differ greatly when discussing a problem space.

I do however wish you good luck in your quest for AGI.

I'm terminating my participation in this thread.

[kei10]

I sat in the corner silently to watch how this thread will actually goes without my interference.

Well, well, well! What, do we, have here!
Another trainwreck, for you, BF33.

Good luck with your AGI!
 

[LOCKSUIT]

Wait just a moment here..............This will be a very clean and good attempt below.

I'm going to show you my (modified) text snippets below, and ask you 2 questions.

- On the right side of the below diagram, senses get saved into the Primary & Associative Cortices to where they look alike and search while doing so, and actions get generated and saved in the left side.
http://advancessss.deviantart.com/art/Master-Diagram-630914584?q=gallery%3AADVANCESSSS%20in%3Ascraps&qo=0

1) Understand now? You must explain how this is "not" the fundamentals of Machine Learning AND the way the brain works plus actually looks.

- The middle is its life, what makes those assorted senses have a history (in the bar - it keeps adding a set), the decider of what you'll do (by the connected left side of sphere) and recall.
http://advancessss.deviantart.com/art/Master-Diagram-630914584?q=gallery%3AADVANCESSSS%20in%3Ascraps&qo=0

2) Understand now? You must explain how this is "not" the fundamentals of Machine Learning AND the way the brain works plus actually looks.

[Art]

Interesting but how would you explain Mr. Kim Peak who could actually read the left page of a book with his left eye and the right page of the book with his right eye...At the Same Time?

How was his visual input path constructed? He was a Savant and memorized every word on every page of every book that he ever read and he read thousands of books in his lifetime.

Quite a unique visual input path don't you think?

[LOCKSUIT]

When the brain is split down the middle both sides can read, same algorithm. Nice permanent storage he had then.

[spydaz]

Another mad thread .....

The brain is still largely unknown ....

It's totally unknown how information is stored and retrieved although there are theory's .... All unable to be proved ....

If you were designing a brain then some kind of picture matching algorithm would be required ....

So obviously memory plays a key part in the pathway visual or any information entered or retrieved from the brain . 

Visual information is displayed in your pineal gland , or third eye as it is described... Close your eyes and you will access your third eye ..... Internal screen .

Dolphins have an enlarged gland enabling them to also receive information into the gland via echo location (radar) they generate a picture which enables them to see way into the distance by creating a Mapped environment which they can navigate .

If you want to apply such knowledge of the human into a digital format you need to have deep thoughts but still keep it simple ... Over complication leads to incompletion .



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[LOCKSUIT]

Hi spydaz.

I'm taking a break from discussing AI. Though I couldn't help but pick one of your statements. On my desktop, I have diagrams and text notes. In the AI text, it says half of the text is how and when it stores and learn senses and actions, and the other half is how and when it uses and reasons senses and actions.

[spydaz]

Baddley and hitch / the memory model .... Plus many others


It's all just ideas it's ok to dismiss them and create your own .... As you may find yours to be correct ! ?


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