Hi everybody,
The discrete random process n(t), uniformly distributed in the interval
(-0.5,05), is filtered by a first order AR system to generate the
sequence s(t)=a*s(t-1)+n(t). What is the probability density function of
s(t)?
Thank you in advance for your help.
PS: I know that the answer can
Hola!
For a more robust test, which not assumes equal centers, use the
fligner-Killeen test.
Kjetil Halvorsen
Glen Barnett wrote:
Rich Ulrich [EMAIL PROTECTED] wrote in message
[EMAIL PROTECTED]">news:[EMAIL PROTECTED]...
On Sat, 09 Feb 2002 16:59:34 GMT, Johannes Fichtinger
[EMAIL
A book which seems to comply with your requirements are
P Whittle's Probability based on expectation, in its 4.th edition from
Springer. Kjetil Halvorsen
maximus wrote:
Thank you. I will look for the book and others with advanced level of
difficulty.
max
-
Rich Ulrich [EMAIL
On Fri, 8 Feb 2002, Thomas Souers wrote:
2) Secondly, are contrasts used primarily as planned comparisons? If so, why?
I would second those who've already indicated that planned comparisons are
superior in answering theoretical questions and add a couple of comments:
1) an omnibus test
Thomas Souers wrote:
Hello, I have two questions regarding multiple comparison tests for a one-way ANOVA
(fixed effects model).
1) Consider the Protected LSD test, where we first use the F statistic to test the
hypothesis of equality of factor level means. Here we have a type I error rate
At 09:21 AM 2/13/02 -0600, Mike Granaas wrote:
On Fri, 8 Feb 2002, Thomas Souers wrote:
2) Secondly, are contrasts used primarily as planned comparisons? If
so, why?
I would second those who've already indicated that planned comparisons are
superior in answering theoretical questions and
Thank you. I will search for it.
max
---
kjetil halvorsen [EMAIL PROTECTED] wrote in message
[EMAIL PROTECTED]">news:[EMAIL PROTECTED]...
A book which seems to comply with your requirements are
P Whittle's Probability based on expectation, in its 4.th edition from
Springer. Kjetil
Robert J. MacG. Dawson [EMAIL PROTECTED] wrote in message
news:[EMAIL PROTECTED]...
Wuensch, Karl L wrote:
How about simply using the M.A.D.? No, not the mad spouse who noticed
she
was getting short-shrimped, rather the mean absolute deviation of
individual
shrimp from the mean of
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Hi All,
I'm a research student at the Department Of Electronics, University Of
York, UK. I'm working a project related to music analysis and
classification. I am at the stage where I perform some analysis on music
files (currently only in MIDI format) and extract about 500 variables that
are
WiSCy99 v4.26 for (Windows'9x/NT/2000) is the complete and-easy-to-use
calculator http://www.simtel.net/pub/pd/17596.shtml. The results of
calculation can be visualization, printing as graphic, as text or saving to
disk. Unit Converter is pre-configured to convert over 500 units in 30
categories
Rishabh Gupta [EMAIL PROTECTED] wrote in
a4eje9$ip8$[EMAIL PROTECTED]:">news:a4eje9$ip8$[EMAIL PROTECTED]:
Hi All,
I'm a research student at the Department Of Electronics, University
Of
York, UK. I'm working a project related to music analysis and
classification. I am at the stage
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multipart/mixed;boundary==_NextPart_000_00C6_12C23E2C.A6310C64
In sci.stat.math Rishabh Gupta [EMAIL PROTECTED] wrote:
[ snip ]
It seems that you are new to the field of pattern recognition.
In that case, you may want to check out the classic book
Pattern Classification by Duda, Hart and Stork.
There is a second edition that came out in 2001. It is a
classification is a specialized field go to
http://www.pitt.edu/~csna/
and click on class-l
although this is the Classification Society of North America members of the
British Classification Society also follow it.
SPSS should be able to handle what you want to do. However, you need
Rich Ulrich wrote:
On Mon, 11 Feb 2002 13:56:46 +0100, nikolov
[EMAIL PROTECTED] wrote:
hello,
i want to test the difference between two proportions. The problem is that
some elements of these proportions are dependent (i can not isolate them).
That is, the t-statistics does not
Hi!
I want to generate a set of random numbers from a joint PDF,f(A,B) in which
f(A,B)=f(A|B)f(B). f(A|B) is Gaussian PDF in with zero mean,MU and
stdev,SIGMA varies with B according to a Weibull equation and f(B) is an
exponential PDF.How can I do that?
Regards,
CCC
Hi!
I want to generate a set of random numbers from a joint PDF,f(A,B) in which
f(A,B)=f(A|B)f(B). f(A|B) is Gaussian PDF in with zero mean,MU and
stdev,SIGMA varies with B according to a Weibull equation and f(B) is an
exponential PDF.How can I do that?
Regards,
CCC
Chia C Chong wrote in message ...
Hi!
I want to generate a set of random numbers from a joint PDF,f(A,B) in which
f(A,B)=f(A|B)f(B). f(A|B) is Gaussian PDF in with zero mean,MU and
stdev,SIGMA varies with B according to a Weibull equation and f(B) is an
exponential PDF.How can I do that?
Rishabh Gupta [EMAIL PROTECTED] wrote in message
a4eje9$ip8$[EMAIL PROTECTED]">news:a4eje9$ip8$[EMAIL PROTECTED]...
Hi All,
I'm a research student at the Department Of Electronics, University Of
York, UK. I'm working a project related to music analysis and
classification. I am at the
Genres are presumably groups. So linear combinations of variables that
best separate the genres would be more effectively found by linear
canonical variates analysis (aka discriminant analysis).
Richard Wright
On Thu, 14 Feb 2002 03:18:48 GMT, Jim Snow [EMAIL PROTECTED]
wrote:
snipped
May be, [ http://www.gloriamundi.org/var/wps.html, Levin, Alex working
paper] will help you?
Bests,
AL
Chia C Chong [EMAIL PROTECTED] wrote in message
a4f57c$su1$[EMAIL PROTECTED]">news:a4f57c$su1$[EMAIL PROTECTED]...
Hi!
I want to generate a set of random numbers from a joint PDF,f(A,B)
You might consider a form of PLS - your measurmenets may be highly correlated,
and only a very few can do you any good. You have a great many output vars,
and few enough inputs.
Jay
Rishabh Gupta wrote:
Hi All,
I'm a research student at the Department Of Electronics, University Of
Richard Wright [EMAIL PROTECTED] wrote in message
[EMAIL PROTECTED]">news:[EMAIL PROTECTED]...
Genres are presumably groups. So linear combinations of variables that
best separate the genres would be more effectively found by linear
canonical variates analysis (aka discriminant analysis).
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