Dave, Re my first point there is no choice whatsoever - you (any serious 
creative)  *have* to start by addressing the creative problem - in this case 
true AGI end-problems. You have to start, e.g.,, addressing the problem part of 
your would-be plane, the part that's going to give you take-off, because that 
then affects all the other parts of the plane/machine. Start anywhere else & 
the odds of irrelevancy would be around IMO 100%, It is truly staggering that 
this primary "law" of serious creativity is being flouted - with inevitably 
zero results.

Re the idea of a truly broad education, sure that's v. idealistic. But AGI 
education should be at the v. least "open-minded" - willing to consider any 
form of problemsolving. People should be willing to think, for example, about 
an alternative form of machine to the TM because again there is no choice - the 
TM does *not* incorporate or address the creative problemsolving of the 
programmer upon which it depends. But there is no willingness to think outside 
the box/frame here.

Re flawed goals - yes, I think you & I might agree, that almost any goals you 
set for your AGI will be overambitious. However, if they are insanely 
overambitious, as in trying to build an entire AGI system, then you can't 
really learn much from your mistakes. If they are basic, "local AGI" goals, as 
I mentioned to John   - (and altho I disagree with your particular goals, your 
overall philosophy seems to be broadly consistent with this idea) - then you 
can learn from your mistakes, and make your targets more realistic still.




From: David Jones 
Sent: Thursday, June 24, 2010 6:22 PM
To: agi 
Subject: Re: [agi] The problem with AGI per Sloman


Mike, I think your idealistic view of how AGI should be pursued does not work 
in reality. What is your approach that fits all your criteria? I'm sure that 
any such approach would be severely flawed as well.

Dave


On Thu, Jun 24, 2010 at 12:52 PM, Mike Tintner <[email protected]> wrote:

  [BTW Sloman's quote is a month old]

  I think he means what I do - the end-problems that an AGI must face. Please 
name me one true AGI end-problem being dealt with by any AGI-er - apart from 
the toybox problem. 

  As I've repeatedly said- AGI-ers simply don't address or discuss AGI 
end-problems.  And they do indeed start with "solutions" - just as you are 
doing - re the TSP problem and the problem of combinatorial complexity, both of 
wh. have in fact nothing to do with AGI, and for neither of wh.. can you 
provide a single example of a  relevant AGI problem.

  One could not make up this total avoidance of the creative problem,

  And AGI-ers are not just shockingly but obscenely narrow in their 
disciplinarity/ the range of their problem interests - maths, logic, standard 
narrow AI computational problems,  NLP, a little robotics and that's about it - 
with by my rough estimate some 90% of human and animal real world 
problemsolving of no interest to them. That esp. includes their chosen key 
fields of language, conversation and vision - all of wh. are much more the 
province of the *arts* than the sciences, when it comes to AGI

  The fact that creative, artistic problemsolving presents a totally different 
paradigm to that of programmed, preplanned problemsolving, is of no interest to 
them - because they lack what educationalists would call any kind of 
metacognitive (& interdisciplinary) "scaffolding" to deal with it.

  It doesn't matter that programming itself, and developing new formulae and 
theorems - (all the forms IOW of creative maths, logic, programming, science 
and technology)  -  the very problemsolving upon wh. they absolutely depend.- 
also come under "artistic problemsolving".  

  So there is a major need for broadening AI & AGI education both in terms of 
culturally creative problemsolving and true culture-wide multidisciplinarity.





  From: Jim Bromer 
  Sent: Thursday, June 24, 2010 5:05 PM
  To: agi 
  Subject: Re: [agi] The problem with AGI per Sloman


  Both of you are wrong.  (Where did that quote come from by the way.  What 
year did he write or say that.)  

  An inadequate understanding of the problems is exactly what has to be 
expected by researchers (both professional and amateurs) when they are facing a 
completely novel pursuit.  That is why we have endless discussions like these.  
What happened over and over again in AI research is that the amazing advances 
in computer technology always seemed to suggest that similar advances in AI 
must be just off the horizon.  And the reality is that there have been major 
advances in AI.  In the 1970's a critic stated that he wouldn't believe that AI 
was possible until a computer was able to beat him in chess.  Well, guess what 
happened and guess what conclusion he did not derive from the experience.  One 
of the problems with critics is that they can be as far off as those whose 
optimism is absurdly unwarranted.

  If a broader multi-disciplinary effort was the obstacle to creating AGI, we 
would have AGI by now.  It should be clear to anyone who examines the history 
of AI or the present day reach of computer programming that a multi-discipline 
effort is not the key to creating effective AGI.  Computers have become 
pervasive in modern day life, and if it was just a matter of getting people 
with different kinds of interests involved, it would have been done by now.  It 
is a little like saying that the key to safe deep sea drilling is to rely on 
the expertise of companies that make billions and billions of dollars and which 
stand to lose billions by mistakes.  While that should make sense, if you look 
a little more closely, you can see that it doesn't quite work out that way in 
the real world. 

  Jim Bromer


  On Thu, Jun 24, 2010 at 7:33 AM, Mike Tintner <[email protected]> 
wrote:

    "One of the problems of AI researchers is that too often they start off 
with an inadequate
    understanding of the problems and believe that solutions are only a few 
years away. We need an educational system that not only teaches techniques and 
solutions, but also an understanding of problems and their difficulty — which 
can come from a broader multi-disciplinary education. That could speed up 
progress."
    A. Sloman

    (& who else keeps saying that?)
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