Chip with simple program for Toy

"Daryl McCullough" <stevendaryl3016@yahoo.com> wrote in message
news:f2vhkj01slc@drn.newsguy.com...

Glen M. Sizemore says...
"Daryl McCullough" <stevendaryl3016@yahoo.com> wrote in message
news:f2vd3h01icv@drn.newsguy.com...
Glen M. Sizemore says...
What I will go off on, for a moment, is why I hate Dennett.
The few things that he says that are worth saying are
consistent with Skinner's position, a position he has directly attacked
(through misrepresentation), both in the BBS issue called "The Canonical
Papers of BF Skinner" (CPS) and his "Skinner Skinned."

Well, I feel exactly the opposite. The few things that behaviorists
say that are worth saying are those that are consistent with Dennett's
position.

In the particular issue under consideration here, as I pointed out,
Skinner's position was laid out in 1945.

Yes, and I think Dennett's description is much better.


Well hell! How can you argue with that sort of scholarship?!? Bravisimo! You're
not even going to ask me what I meant that Dennett's view was consistent
with a behavior analytic/Skinnerian view but says so much less? Don't care,
right? Anyway, though, someone else may have more curiosity and intellectual
honesty than you, so I'll draw attention to one of the parts of the post to
which your "reply" was largely non-responsive:



"But, more importantly, let me ask: if Dennett's philosophical observations
were to be considered in designing an experimental program to study pain
(especially in non-human animals), what would such a program look like?
Here's
where Dennett's 'style' is revealed as being derivative, but so much less."



Already his/your view conflates elicited behavior (reflexes) and operant
behavior (and these are almost certainly affected differently by drugs). In
any event, were you to take your view and attempt to parlay it into a
science, you would eventually have to turn to actual procedures. Yes, you
would no doubt (as I now see) adopt the pattern of calling the actual
procedures "operational definitions" of "awfulness" ("incorrigibility" is an
assumption) and you would have to include some notion of "pain detection and
intensity estimation" and specify its "operational definition." That is, you
would have to generate reflexes (by simply presenting stimuli) or operant
escape responses (by arranging negative-reinforcement contingencies) as well
as generating "reports of pain." In humans, the last is already generally
handled by culture (though, in the human case, this would likely add
considerable variability across subjects that wouldn't be present in
non-humans). Further, you would have to develop some way to tell if the
reflexes you are measuring (if you go with reflexes) are actually reflexes
or, at least, if they remain so over the entire course of the experiment (a
reflexive response could turn into operant escape or, more likely, operant
avoidance). What would you measure in these experiments? There are many
other issues, but since this piece demolishes your rubbish I'll leave it
there for now since I intend to go after some of your other garbage. Anyway,
the main point is that, even if you claim that Dennett's position is
philosophy, not science, there exists a philosophical position (Skinner's)
that covers the same ground and translates directly into a scientific
investigation of pain in all its diversity.



Exactly which aspects of the behaviorist position do you take umbrage
with?


I object to the whole language of "reinforcement" and "operant
conditioning".
I think that's a very poor way to think about learning.


Wow! More of your "scholarship."
 
JackShepherd wrote:

All you have to do, idiot, is read your weekly copy of EE Times.

Well. So why do you read SEB? You have alredy EE...


Best Regards,

Daniel Mandic
 
The little lost angel wrote:

On 24 May 2007 23:00:11 -0700, Radium <glucegen1@gmail.com> wrote:

What if the photonic PC is purely optical

How?

How!

We already heard that there are no Light-Memory DDR4 RAM available. No
Chips at all...

There are various communication things going with light and very fast,
but ending always into an Electronic IC etc. AFAIK.



Best regards,

Daniel Mandic
 
Radium wrote:

I wish I knew. My guess is, it would contain optical components that
are analogous to the electric components of electronic PCs.

Hi Radium!



Of course, you can carry your Ferrari on the back of your Pick-up, when
you drive for shopping.

If it is not Quantic-Mechanic then I don't know, but It's not digital
anymore. The Potence by 2 is a bottleneck, IMHO.

Makes much heat when big byte broad quality is accuired, etc.

Errm.



Best regards,

Daniel Mandic
 
"QuickHare" <noone@home4comment.com> wrote in message
news:hFI5i.64346$Ch.38512@fe2.news.blueyonder.co.uk...
I would like to thank everyone for their contributions, they were all
interesting. I was unable to find free versions of most things listed, and
what
I did find weren't Windows compatible.

I do program in BASIC myself, but I wanted something graphical to drag and
drop
about the place. TkGate seemed perfect for my needs, except it was
Linux-based.

Not to worry, I shall continue my search. I have learned a few lessons
from
this, such as to look for "logic simulators" rather than "editors" and
such
like, so thanks for all your help! :)

I'll post back if I find anything worth sharing.

Thanks again!

Don't be too hasty....

Installation for Windows
In order to run tkgate on Windows, you will need to install Cygwin along
with X11 and the X11 version of tcl/tk (as opposed to the native Windows
version). For details see the Cygwin Installation Page. As of TkGate 1.8.3,
the configuration script now contains Cygwin specific code and should not
require any modification

from: http://www.tkgate.org/installation.html
 
JackShepherd wrote:

On Fri, 25 May 2007 09:06:45 -0600, "Bob Myers"
nospamplease@address.invalid> wrote:

I ask simply because I want to know whether or not to
killfile you now, or if you intend to actually contribute something
of worth to the group at some point in the future.


Fuck you, asswipe. Your put downs of the OP show that it is YOU that
needs to be filtered.
Your words end to nowhere.

You have to keep care when you knock on a Number like Mr. Terell.
Graham is even more worse when haggling back.


Best Regards,

Daniel Mandic
 
Glen M. Sizemore says...

Well hell! How can you argue with that sort of scholarship?!? Bravisimo! You're
not even going to ask me what I meant that Dennett's view was consistent
with a behavior analytic/Skinnerian view but says so much less? Don't care,
right?
No, Glen, I don't care. I have no reason to believe that you
have anything interesting to say about it. And by the way, I'm
not a scholar, so you can't insult me by questioning my scholarship.

--
Daryl McCullough
Ithaca, NY
 
Daryl McCullough says...
Glen M. Sizemore says...

Well hell! How can you argue with that sort of scholarship?!? Bravisimo! You're
not even going to ask me what I meant that Dennett's view was consistent
with a behavior analytic/Skinnerian view but says so much less? Don't care,
right?

No, Glen, I don't care. I have no reason to believe that you
have anything interesting to say about it.
That was probably harsher than it needed to be, but it was
true. It is impossible to give every subject the scrutiny
it deserves. So you have to pick and choose what seems worthwhile
to study further. Inevitably, this means making judgements that
are subjective and without adequate evidence.

It is certainly possible that behaviorism is well worth
investigating in depth. But based on superficial evidence,
I have no reason to believe it is.

--
Daryl McCullough
Ithaca, NY
 
"Daryl McCullough" <stevendaryl3016@yahoo.com> wrote in message
news:f3ccmf0nvm@drn.newsguy.com...
Daryl McCullough says...

Glen M. Sizemore says...

Well hell! How can you argue with that sort of scholarship?!? Bravisimo!
You're
not even going to ask me what I meant that Dennett's view was consistent
with a behavior analytic/Skinnerian view but says so much less? Don't
care,
right?

No, Glen, I don't care. I have no reason to believe that you
have anything interesting to say about it.

That was probably harsher than it needed to be,
No, what it is is "telling." The keyword below is "superficial." Except that
superficial implies "correctness" but no depth. Your position on behaviorism
is neither. Err, except that you have adopted much of Dennett's position
which could be called "sophomoric behaviorism." The position is essentially
eliminative with respect to mental stuff, but with the strange
over-exaggeration of folk-psychology.



but it was
true. It is impossible to give every subject the scrutiny
it deserves. So you have to pick and choose what seems worthwhile
to study further. Inevitably, this means making judgements that
are subjective and without adequate evidence.

It is certainly possible that behaviorism is well worth
investigating in depth. But based on superficial evidence,
I have no reason to believe it is.

--
Daryl McCullough
Ithaca, NY
 
Glen M. Sizemore says...

No, what it is is "telling." The keyword below is "superficial." Except that
superficial implies "correctness" but no depth. Your position on behaviorism
is neither. Err, except that you have adopted much of Dennett's position
which could be called "sophomoric behaviorism." The position is essentially
eliminative with respect to mental stuff, but with the strange
over-exaggeration of folk-psychology.
Superficial doesn't imply correct. It's just means "not in depth".

--
Daryl McCullough
Ithaca, NY
 
<Marcel Brodmann@noemailplease.net> wrote in message
news:CeGdnUrVHoIg48DbnZ2dnUVZ_oupnZ2d@comcast.com...
I found a book I would recommend to anyone who has an interest in
electronics. The title is "Much Ado About Almost Nothing", a history of
electricity and electronics. It has a novel approach in that it follows
the
path of the electron (which is the "almost nothing" in the title).

There are many delightful stories of inventors and discoverers (Ohm,
Henry,
Kelvin, Hertz, Galvani, Volta, etc.), including some truly strange
characters like Nikola Tesla and Henry Cavendish.

This is the first book I read in which the fundamental principles appear
as
they were discovered, which makes for an easy read. You could give it to
a
high-school student and, after reading it, he or she would know how a
transistor works or what induction is.

There is more information on the book's web-site:
www.historyofelectronics.com

Marcel Brodmann
Stop spamming before your reported... you've already told us this exact same
thing so you must have some reason to want to sell it.
 
Marra wrote:

But a C64 wont run PCBCAD21 tho !

Amplifiers (good one, of course) are designed on i386 CPU driven
System.

?



Best regards,

Daniel Mandic
 
On 5/31/07 4:24 PM, in article
465f5916$2$25618$91cee783@newsreader02.highway.telekom.at, "Daniel Mandic"
<daniel_mandic@aon.at> wrote:

Marra wrote:

But a C64 wont run PCBCAD21 tho !


Amplifiers (good one, of course) are designed on i386 CPU driven
System.

?



Best regards,

Daniel Mandic
Nonsense. They are designed in your head. The final calculations could be
done on a C64 or on paper.
 
Don Bowey wrote:

Marra wrote:

But a C64 wont run PCBCAD21 tho !


Amplifiers (good one, of course) are designed on i386 CPU driven
System.

?



Best regards,

Daniel Mandic

Nonsense. They are designed in your head. The final calculations
could be done on a C64 or on paper.

Hi Don!


How that? I thought it's developed in the head. How could you design
something without a tool!?

The screen resolution of the C64 is too low and the calculating power
would be too low too, to do some kind of digital PCB designing. An i386
or a MC680x0 at least, IMHO.
Smaller Boards are probably better done with artificial methods, than
using a C64 :).



Best regards,

Daniel Mandic
 
On 5/31/07 8:16 PM, in article
465f8f82$0$2305$91cee783@newsreader01.highway.telekom.at, "Daniel Mandic"
<daniel_mandic@aon.at> wrote:

Don Bowey wrote:

Marra wrote:

But a C64 wont run PCBCAD21 tho !


Amplifiers (good one, of course) are designed on i386 CPU driven
System.

?



Best regards,

Daniel Mandic

Nonsense. They are designed in your head. The final calculations
could be done on a C64 or on paper.


Hi Don!


How that? I thought it's developed in the head. How could you design
something without a tool!?
By knowing how components work.
The screen resolution of the C64 is too low and the calculating power
would be too low too, to do some kind of digital PCB designing. An i386
or a MC680x0 at least, IMHO.
Smaller Boards are probably better done with artificial methods, than
using a C64 :).



Best regards,

Daniel Mandic
Tool? I had a tool, usually a 2H and a pad, and sometimes a calculator. I
programmed the C64 to do the longer calculations. And sometimes I used a the
sliderule. It's still how I like to work, except now days the computer is a
Mac.

So....... How did you design things when you only had an 8086 computer.
 
Don Bowey wrote:

Tool? I had a tool, usually a 2H and a pad, and sometimes a
calculator. I programmed the C64 to do the longer calculations. And
sometimes I used a the sliderule. It's still how I like to work,
except now days the computer is a Mac.

So....... How did you design things when you only had an 8086
computer.
Hi Don!



Hmmm, I understand. It's still developing for me, except your 2H and
the pad, and sometimes a calculator.

Designs varied in times. I like the old, with curves (obviuosly
hand-routed).


A 8086 I would place somewhere at the plain 68000. Much better for PCB
designing than the C64, due to hi-res Gfx.



What you know Don is nice. But today design software can be used by
anyone, without knowledge how the circuit has been developed.



Best Regards,

Daniel Mandic
 
Daniel Mandic wrote:
What you know Don is nice. But today design software can be used by
anyone, without knowledge how the circuit has been developed.

And it shows in poorly designed electronics, because "It worked in
spice, and the PC board looked nice", but is still a crappy design.


--
Service to my country? Been there, Done that, and I've got my DD214 to
prove it.
Member of DAV #85.

Michael A. Terrell
Central Florida
 
"Daniel Mandic" <daniel_mandic@aon.at> wrote in message
news:46605429$1$25623$91cee783@newsreader02.highway.telekom.at...
What you know Don is nice. But today design software can be used by
anyone, without knowledge how the circuit has been developed.
What Don - or anyone else - knows is more than "nice." There's
a big problem with relying solely on "design software" to do your
designs, and that's the fact that all such software must, by necessity,
have built in limitations and incorrect assumptions (at least weak
places in whatever models the software is using, corner cases
where the model no longer does all that great a job of reflecting
the real world. If you don't understand the components, the
fundamentals of the technology you're dealing with (and generally
well enough such that you COULD, if you had do, do the design
without relying on the software), then you won't know where these
potential traps lie, and you'll have nothing to do but scratch your
head when one of them causes your design to fail in the real world.

Even PCB layout software has such problems - you'd think that
something like that would be just a matter of making some code
smart enough to find a path from point A to point B. But does that
code know when sharp corners in that path should be avoided, and
when they're OK? Does it understand noise and crosstalk well
enough to make the appropriate choices in the layout to minimize
those - and is it smart enough to know when it doesn't need to?
Just a few examples out of many...

Bob M.
 
On 6/1/07 10:15 AM, in article
46605429$1$25623$91cee783@newsreader02.highway.telekom.at, "Daniel Mandic"
<daniel_mandic@aon.at> wrote:

Don Bowey wrote:

Tool? I had a tool, usually a 2H and a pad, and sometimes a
calculator. I programmed the C64 to do the longer calculations. And
sometimes I used a the sliderule. It's still how I like to work,
except now days the computer is a Mac.

So....... How did you design things when you only had an 8086
computer.

Hi Don!



Hmmm, I understand. It's still developing for me, except your 2H and
the pad, and sometimes a calculator.

Designs varied in times. I like the old, with curves (obviuosly
hand-routed).


A 8086 I would place somewhere at the plain 68000. Much better for PCB
designing than the C64, due to hi-res Gfx.



What you know Don is nice. But today design software can be used by
anyone, without knowledge how the circuit has been developed.

Very true, but I wonder if they enjoy the work and if they can see the art
in something they design and if they have any "feel" about their components,
what the components really do, and how they do it. Can they "see" what is
happening when they look at a schematic?

I know there are still designers who only use Spice or somesuch to second
guess their work.

Don

Best Regards,

Daniel Mandic
 
"Don Bowey" <dbowey@comcast.net> wrote in message
news:C285C8D4.69841%dbowey@comcast.net...

I know there are still designers who only use Spice or somesuch to second
guess their work.
Yeah, I don't think things have changed all that much from when my
dad (a machinist) was first showing me the ins and outs of basic
auto mechanics and such. You can use your tools, or your tools
can use you - it's your choice.

Bob M.
 

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