On Mon, 01 Oct 2001 16:51:27 GMT, Jon Miller
<[EMAIL PROTECTED]> wrote:
>"Dr. Fairman" wrote:
>
>> Dear DL Students,
>
>What's a DL student?
"distance learning" student?
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Hello,
I have a question regarding the so-called "semi-studentized residual,"
which is of the form (e_i)* = ( e_i - 0 ) / sqrt(MSE). Here, e_i is the ith
residual, 0 is the mean of the residuals, and sqrt(MSE) means the square
root of MSE. Now, if I understand correctly, the population simple l
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Hi
I have a question to the group here.
Let's say I have two variables: y is the dependent variable, x is the
independent variable.
X Y
---
0 1
1 1
1 1
1 0
0 0
0 1
1 0
1 1
etc etc. Both variables are binary and discrete.
I want to see if there is a rel
> I think I am trying to say, gently, that your basic question doesn't
> make very good sense to me; and it did not, to Dennis, either.
> "Optimal" is one problematic word. Another problem is that
> you seem to ask about all research, in all of the world
> It might be a clever way to att
> what is the MINIMAL n needed to accomplish these ends" ... that might be
optimal if you are looking for the
> smallest n you can get by with ... but, optimal does not have to be
defined
> as such ...
Thanks for your comments. To be honest, for me the term "opitmal" (which
seems not to be a very
> Dear DL Students,
>
> I have Ph.D. degree in mathematics, physics, electrical engineering,
> computer science.
Can you please post details of your 3 PhDs!
Nim.
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Jon Miller <[EMAIL PROTECTED]> writes:
> What's a DL student?
"Distance Learning", I'd imagine.
--
Rich Carreiro[EMAIL PROTECTED]
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Be careful of the move from data to conclusion! You say "whether one class
really is learning the subject better than the other, and by how much?"
Even assuming the test yields a good measure of how well the students know
the material (which should be investigated, rather than assumed), it isn't
were these two different sections at the same class time? that is ... 10AM
on mwf?
if not ... then there can be all kinds of reasons why means would be this
different ... nonewithstanding one or two real deviant scores in either
section ...
could also be different quality in the instruction ..
I am looking for interested parties to present next June in the field
of "Intermittent Demand" Forecasting.
Of course, if you have an interest in another area I will be glad to
pass your name on to for consideration. If you are interested send me
an e-mail at [EMAIL PROTECTED] stating a synopsis
Stan Brown wrote:
> Another instructor and I gave the same exam to our sections of a
> course. Here's a summary of the results:
>
> Section A: n=20, mean=56.1, median=52.5, standard dev=20.1
> Section B: n=23 mean=73.0, median=70.0, standard dev=21.6
>
> Now, they certainly _look_ different. (If
On Mon, 1 Oct 2001 12:23:28 +0200, "Bernhard Kuster"
<[EMAIL PROTECTED]> wrote:
> Hi
>
> I am interessted in the question of optimal sample size in general, not for
> a special statistical technique.
(a) There was a notable 1974 article on "Believability when N=1" and
here is an academic webpag
"Dr. Fairman" wrote:
> Dear DL Students,
What's a DL student?
Jon Miller
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Another instructor and I gave the same exam to our sections of a
course. Here's a summary of the results:
Section A: n=20, mean=56.1, median=52.5, standard dev=20.1
Section B: n=23 mean=73.0, median=70.0, standard dev=21.6
Now, they certainly _look_ different. (If it's of any valid I can
post
Stan Brown wrote:
> _is_ there a valid statistical method to say whether
> one class really is learning the subject better than the other, and
> by how much?
If your question is, "Do the means disagree by more than one would
expect if the 43 individual grades were partitioned into two sets of
20
Ronald Bloom wrote:
>
> Jerry Dallal <[EMAIL PROTECTED]> wrote:
> > John Jackson wrote:
> >>
> >> this is the second time I have seen this word used: "frequentist"?
>
> > Since Radford Neal has already given an excellent explanation,
> > let me add...
>
> > A roulette wheel comes up with a red
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Charles Blaich
Daniel F. Evans Associate Professor of Social Science
Special Assistant to the Dean for Strategic Initiatives
Wabash College
Crawfordsville, IN 47933
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of course. the most important issue is ... what do you mean by optimal? if
you can specify what the purpose of the sampling project is ... the
parameter to be estimated, within what margin of error, etc. ... then you
might be able to answer the question ... "what is the MINIMAL n needed to
acc
Hi
I am interessted in the question of optimal sample size in general, not for
a special statistical technique.
My questions: (1) What do I have to keep in mind if I compute optimal sample
size, what is relevant? (2) What are the classic studies and who has highly
influenced the subject? (3) Wha
Hello,
i look for a good way to find the
optimal number of cluster for a special problem !
Is it right to sum the distanceValues^2 and look for the point
where these sumOfEuclideanDistance have the most lost from one to the
next ClusterSolution ?
P.S.
I hope my english is not to bad ;-(
thank
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