[agi] How to prepare an international AI offer

[Costi Dumitrescu]

There is only one international AI offer (all business process elements
included) now available in commerce:

https://opencv.org/courses/ 




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Re: [agi] Re: A mathematics of concpetual relations?

[Costi Dumitrescu]

That 'blockchainery' is only an inertial stay is as incidental as
newtonian 'gravety' :)


On 15.06.2019 10:12, Nanograte Knowledge Technologies wrote:


Something similar in logic has already reached product stage for
socialized blockchaining. For AGI to become reality, we'll have to
jump the curve. Smarts alone are simply not going to cut it.

https://www.cuuble.com/cuuble-mesh/

Robert Benjamin


*From:* Jim Bromer 
*Sent:* Wednesday, 12 June 2019 15:30
*To:* AGI
*Subject:* Re: [agi] Re: A mathematics of concpetual relations?
The idea of a large mega or 100 kilo bit number, is that it allows for
an extensive assignment of meaning-by-position. But only a small
number of bits would be used during any calculation so a compression
method would be employed. I would not actually do any calculations
with million bit numbers. The calculations would be done with an
algorithm that used compressed representations of the numbers so they
would not have to be decompressed to use them. Another alternative
that I am thinking of is to use a series of 'sentences', but the
sentences would not be thought of as text (in the common sense) but as
numbers. I might also use a combination of the two methods or of other
methods.

The mathematics that I am thinking about now, would be like a
preliminary indexing of information. I am thinking that instead of
using traditional computational methods, I might use sets of
specialized computational methods that were developed for the system I
am considering. If the computational methods - the mathematical
abstractions that guide the computations - were separated from the
conceptual database, then it might be possible to use them through a
fast look-up. (Traditional computational methods use an extremely
efficient set of mathematical abstractions (or algorithms) which make
them extremely efficient. The program does not have to do an extensive
search through the database of concepts in order to find how it should
make a computation using traditional mathematics.) I wonder if I could
design something that was efficient for my specially designed
computational methods. The solution (to that little sub-problem) is to
keep the mathematical abstractions of computation separate from the
rest of the concept data base. It could be kept in RAM using an
efficient look up method.
Jim Bromer


On Wed, Jun 12, 2019 at 8:58 AM mailto:rounce...@hotmail.com>> wrote:

This probably sounds stupid but..
With the generation idea, about getting the a.i. to develop images
from an algebraic model.  It has a problem where the output is no
longer symbolic (its pictures) I wonder it might be easier for the
computer to describe it in words as if it was a picture...   so i
wonder if there is a textual language you could develop, which
passes on to a graphics unit in turn after it.

And a million bits gives you a very very big number,  more than
most quantum computers would bother to support, if "they" had them. :)

*Artificial General Intelligence List
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 + delivery options
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Re: [agi] Re: A mathematics of concpetual relations?

[Nanograte Knowledge Technologies]

Something similar in logic has already reached product stage for socialized 
blockchaining. For AGI to become reality, we'll have to jump the curve. Smarts 
alone are simply not going to cut it.

https://www.cuuble.com/cuuble-mesh/

Robert Benjamin


From: Jim Bromer 
Sent: Wednesday, 12 June 2019 15:30
To: AGI
Subject: Re: [agi] Re: A mathematics of concpetual relations?

The idea of a large mega or 100 kilo bit number, is that it allows for an 
extensive assignment of meaning-by-position. But only a small number of bits 
would be used during any calculation so a compression method would be employed. 
I would not actually do any calculations with million bit numbers. The 
calculations would be done with an algorithm that used compressed 
representations of the numbers so they would not have to be decompressed to use 
them. Another alternative that I am thinking of is to use a series of 
'sentences', but the sentences would not be thought of as text (in the common 
sense) but as numbers. I might also use a combination of the two methods or of 
other methods.

The mathematics that I am thinking about now, would be like a preliminary 
indexing of information. I am thinking that instead of using traditional 
computational methods, I might use sets of specialized computational methods 
that were developed for the system I am considering. If the computational 
methods - the mathematical abstractions that guide the computations - were 
separated from the conceptual database, then it might be possible to use them 
through a fast look-up. (Traditional computational methods use an extremely 
efficient set of mathematical abstractions (or algorithms) which make them 
extremely efficient. The program does not have to do an extensive search 
through the database of concepts in order to find how it should make a 
computation using traditional mathematics.) I wonder if I could design 
something that was efficient for my specially designed computational methods. 
The solution (to that little sub-problem) is to keep the mathematical 
abstractions of computation separate from the rest of the concept data base. It 
could be kept in RAM using an efficient look up method.
Jim Bromer


On Wed, Jun 12, 2019 at 8:58 AM 
mailto:rounce...@hotmail.com>> wrote:
This probably sounds stupid but..
With the generation idea, about getting the a.i. to develop images from an 
algebraic model.  It has a problem where the output is no longer symbolic (its 
pictures) I wonder it might be easier for the computer to describe it in words 
as if it was a picture...   so i wonder if there is a textual language you 
could develop, which passes on to a graphics unit in turn after it.

And a million bits gives you a very very big number,  more than most quantum 
computers would bother to support, if "they" had them. :)
Artificial General Intelligence List / AGI / 
see discussions + 
participants + delivery 
options 
Permalink

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