sci.stat.math

• Thread Index

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• Re: Comparing correlation coefficients with different N?
  • From: RichUlrich
• Re: Which ANOVA
  • From: Ray Koopman
• Re: Comparing correlation coefficients with different N?
  • From: Steve555
• Re: Which ANOVA
  • From: Aino
• Re: Which ANOVA
  • From: Ray Koopman
• Which ANOVA
  • From: Aino
• Re: Standard Normal Distribution
  • From: Ron Ayoub
• Re: Standard Normal Distribution
  • From: Paul Rubin
• Standard Normal Distribution
  • From: Ron Ayoub
• Re: Distrubution of measured run time data
  • From: IRISHSTAT
• Re: Distrubution of measured run time data
  • From: Ray Koopman
• Re: Distrubution of measured run time data
  • From: IRISHSTAT
• Re: Distrubution of measured run time data
  • From: Ray Koopman
• Re: Distrubution of measured run time data
  • From: RichUlrich
• Distrubution of measured run time data
  • From: Edward Jensen
• Re: About Tchebycheff's inequality
  • From: tohyob
• Re: compare image compression algorithms using higher order statistic
  • From: vasanthnaidu2004
• Re: Question about calculating slope of a multiple regression
  • From: Paul Rubin
• Re: About Tchebycheff's inequality
  • From: se16
• 30 Qualifiers
  • From: Luis A. Afonso
• Re: Comparing correlation coefficients with different N?
  • From: RichUlrich
• Question about calculating slope of a multiple regression
  • From: Arthur Tabachneck
• About Tchebycheff's inequality
  • From: tohyob
• Re: The J-B test AGAIN
  • From: Luis A. Afonso
• Re: Comparing correlation coefficients with different N?
  • From: Steve555
• Re: Summary descriptives for 40+million record dataset...
  • From: Greg Heath
• Re: Comparing Ratios that may be > 1
  • From: RichUlrich
• Re: Probability problem
  • From: r96323019
• Re: Comparing Ratios that may be > 1
  • From: Stan Devia
• Comparing Ratios that may be > 1
  • From: R. Rosario
• 3-parameter prior distribution for binomial parameter
  • From: Jacob JKW
• Re: Summary descriptives for 40+million record dataset...
  • From: RichUlrich
• Re: Comparing correlation coefficients with different N?
  • From: RichUlrich
• Re: Fitting parameters
  • From: Nicholas Kinar
• Re: Probability problem
  • From: Matt 271829
• Re: Summary descriptives for 40+million record dataset...
  • From: tripp
• Re: Summary descriptives for 40+million record dataset...
  • From: Ray Koopman
• Re: Summary descriptives for 40+million record dataset...
  • From: tripp
• Re: Summary descriptives for 40+million record dataset...
  • From: Ray Koopman
• Re: Summary descriptives for 40+million record dataset...
  • From: tripp
• Probability problem
  • From: r96323019
• Re: Summary descriptives for 40+million record dataset...
  • From: Greg Heath
• Summary descriptives for 40+million record dataset...
  • From: tripp
• Re: distribution of the minimum value of a random walk
  • From: Matt
• Re: Fitting parameters
  • From: Ray Koopman
• Re: distribution of the minimum value of a random walk
  • From: RossClement@xxxxxxxxx
• Re: distribution of the minimum value of a random walk
  • From: RossClement@xxxxxxxxx
• Re: distribution of the minimum value of a random walk
  • From: Matt
• Re: question about generating function
  • From: Jong-Hoon Kim
• Re: distribution of the minimum value of a random walk
  • From: RossClement@xxxxxxxxx
• Re: distribution of the minimum value of a random walk
  • From: RossClement@xxxxxxxxx
• Re: distribution of the minimum value of a random walk
  • From: RossClement@xxxxxxxxx
• Re: How to estimate missing data points in a time series (financial time series e.g. stock quote, asset price)
  • From: David Jones
• Re: question about generating function
  • From: se16
• question about generating function
  • From: Jong-Hoon Kim
• Re: Comparing correlation coefficients with different N?
  • From: Steve555
• Re: how to assess this probability?
  • From: Matt
• Re: distribution of the minimum value of a random walk
  • From: Matt
• Re: Fitting parameters
  • From: Nicholas Kinar
• Re: Comparing correlation coefficients with different N?
  • From: RichUlrich
• Domain name available for rent
  • From: dataguru
• Re: Comparing correlation coefficients with different N?
  • From: RossClement@xxxxxxxxx
• Re: Comparing correlation coefficients with different N?
  • From: Steve555
• Re: How to estimate missing data points in a time series (financial time series e.g. stock quote, asset price)
  • From: IRISHSTAT
• Re: Comparing correlation coefficients with different N?
  • From: RossClement@xxxxxxxxx
• distribution of the minimum value of a random walk
  • From: Beliavsky
• Comparing correlation coefficients with different N?
  • From: Steve555
• Re: why we calculate Skewness and Kurtosis of an image??
  • From: RichUlrich
• Re: Producing events at random times
  • From: Ray Koopman
• Re: Producing events at random times
  • From: danheyman@xxxxxxxxx
• Re: why we calculate Skewness and Kurtosis of an image??
  • From: RossClement@xxxxxxxxx
• Re: why we calculate Skewness and Kurtosis of an image??
  • From: RossClement@xxxxxxxxx
• Producing events at random times
  • From: RossClement@xxxxxxxxx
• Re: How to estimate missing data points in a time series (financial time series e.g. stock quote, asset price)
  • From: David Jones
• how to assess this probability?
  • From: wbc
• Re: Fitting parameters
  • From: Ray Koopman
• Re: How to estimate missing data points in a time series (financial time series e.g. stock quote, asset price)
  • From: IRISHSTAT
• Re: How to estimate missing data points in a time series (financial time series e.g. stock quote, asset price)
  • From: Mark Fisher
• Re: Probability density of edges between clusters
  • From: Brendan
• Optical Computing: special issue - Natural Computing, Springer
  • From: optical supercomputing
• performing Repeated Measures Three way ANOVA using MINITAB
  • From: Lucio Lucadamo
• Re: Fitting parameters
  • From: Nicholas Kinar
• Re: Fitting parameters
  • From: Nicholas Kinar
• Re: How to estimate missing data points in a time series (financial time series e.g. stock quote, asset price)
  • From: IRISHSTAT
• Re: How to estimate missing data points in a time series (financial time series e.g. stock quote, asset price)
  • From: Robert Dodier
• Re: compare image compression algorithms using higher order statistic
  • From: RichUlrich
• Re: Probability density of edges between clusters
  • From: illywhacker
• Re: Probability density of edges between clusters
  • From: Brendan
• How to estimate missing data points in a time series (financial time series e.g. stock quote, asset price)
  • From: arun.kumar.saha@xxxxxxxxx
• Re: Probability density of edges between clusters
  • From: illywhacker
• Re: Probability density of edges between clusters
  • From: Brendan
• Re: Probability density of edges between clusters
  • From: Brendan
• Why Score is multiplied by say 20/ln(2)?: Solution
  • From: Panchanana
• Re: Fitting parameters
  • From: Ray Koopman
• Re: Probability density of edges between clusters
  • From: illywhacker
• Re: Probability density of edges between clusters
  • From: Brendan
• Re: Fitting parameters
  • From: Ray Koopman
• Re: Question
  • From: Bruce Weaver
• Re: Fitting parameters
  • From: Nicholas Kinar
• Re: Question
  • From: RichUlrich
• compare image compression algorithms using higher order statistic
  • From: puja
• Re: why we calculate Skewness and Kurtosis of an image??
  • From: puja
• Re: Probability density of edges between clusters
  • From: illywhacker
• Re: Fitting parameters
  • From: RichUlrich
• Re: Fitting parameters
  • From: Nicholas Kinar
• Question
  • From: jmarky5
• Re: Generate three vectors X1, X2 , X3 with specificied correltions
  • From: ZYPGAO
• Re: Probability density of edges between clusters
  • From: Brendan
• Re: Probability density of edges between clusters
  • From: Brendan
• Re: Var(X^2)
  • From: Scott Hemphill
• Re: Probability density of edges between clusters
  • From: illywhacker
• Re: Var(X^2)
  • From: C Hanck
• Re: Generate three vectors X1, X2 , X3 with specificied correltions
  • From: Einar Andreas Rødland
• Re: Generate three vectors X1, X2 , X3 with specificied correltions
  • From: RichUlrich
• Re: bias variance trade off
  • From: RichUlrich
• Re: Probability density of edges between clusters
  • From: Brendan
• Re: Probability density of edges between clusters
  • From: Brendan
• Re: Var(X^2)
  • From: Evgeniy P
• Re: Probability density of edges between clusters
  • From: illywhacker
• Probability density of edges between clusters
  • From: Brendan
• Re: Inverse Rice distribution
  • From: Allen McIntosh
• Re: Generate three vectors X1, X2 , X3 with specificied correltions
  • From: Paul Rubin
• Re: microarray data analysis. color channels.
  • From: Einar Andreas Rødland
• Re: Generate three vectors X1, X2 , X3 with specificied correltions
  • From: Einar Andreas Rødland
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: bias variance trade off
  • From: joesgroups
• Re: Fitting parameters
  • From: Ray Koopman
• Re: Generate three vectors X1, X2 , X3 with specificied correltions
  • From: Greg Heath
• Re: How to identify flat (even) distributions?
  • From: RichUlrich
• Generate three vectors X1, X2 , X3 with specificied correltions
  • From: ZYPGAO
• Fitting parameters
  • From: Nicholas Kinar
• Re: Moran's I and Logit Models
  • From: AgEconomist
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: How to identify flat (even) distributions?
  • From: illywhacker
• Re: Mean Square Error vs. Squared Error Loss
  • From: joesgroups
• Re: Significance test: Two groups with ranked data
  • From: RichUlrich
• Re: microarray data analysis. color channels.
  • From: Graham Jones
• Re: Significance test: Two groups with ranked data
  • From: mrwawa
• Re: Significance test: Two groups with ranked data
  • From: RichUlrich
• Re: test time series?
  • From: RichUlrich
• Re: How to identify flat (even) distributions?
  • From: RichUlrich
• Re: test time series?
  • From: obamaandbush
• Significance test: Two groups with ranked data
  • From: mrwawa
• Re: Moran's I and Logit Models
  • From: Philip A . Viton
• Re: test time series?
  • From: IRISHSTAT
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: test time series?
  • From: illywhacker
• Re: How to identify flat (even) distributions?
  • From: illywhacker
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: How to identify flat (even) distributions?
  • From: illywhacker
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: test time series?
  • From: IRISHSTAT
• Re: Var(X^2)
  • From: Scott Hemphill
• Re: How to identify flat (even) distributions?
  • From: illywhacker
• test time series?
  • From: Francogrex
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: How to identify flat (even) distributions?
  • From: illywhacker
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Mean Square Error vs. Squared Error Loss
  • From: joesgroups
• Re: How to identify flat (even) distributions?
  • From: illywhacker
• Re: Var(X^2)
  • From: Ray Koopman
• Inverse Rice distribution
  • From: fas
• Var(X^2)
  • From: Abelian
• Re: bias variance trade off
  • From: Greg Heath
• bias variance trade off
  • From: soms . sharma
• Re: microarray data analysis. color channels.
  • From: elodie
• Re: How to identify flat (even) distributions?
  • From: RichUlrich
• microarray data analysis. color channels.
  • From: elodie
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: Fitting a log normal distribution if only two probabilities are known
  • From: Luis A. Afonso
• Re: How to identify flat (even) distributions?
  • From: Ray Koopman
• Re: How to identify flat (even) distributions?
  • From: Ken Butler
• Re: How to identify flat (even) distributions?
  • From: Steve555
• Re: How to identify flat (even) distributions?
  • From: illywhacker
• How to identify flat (even) distributions?
  • From: Steve555
• Moran's I and Logit Models
  • From: AgEconomist
• How to apply Rayleigh test in the presence of error bars?
  • From: Melroy
• Re: Fitting a log normal distribution if only two probabilities are known
  • From: antoine . dreyer
• Re: Question about Alternative Hypothesis, Ha
  • From: illywhacker
• Re: Question about Alternative Hypothesis, Ha
  • From: Luis A. Afonso
• TMFCS-09 call for papers
  • From: john
• Re: Question about Alternative Hypothesis, Ha
  • From: illywhacker
• Re: Calculating total expected number of visits to each state, simple markov chain
  • From: Scott Hemphill
• Re: Calculating total expected number of visits to each state, simple markov chain
  • From: danheyman@xxxxxxxxx
• Calculating total expected number of visits to each state, simple markov chain
  • From: ads
• Re: Combine 2 normal distributions into 1
  • From: Paul Rubin
• Re: standard deviation- remind me how it's calculated
  • From: cathode
• Re: Question about Alternative Hypothesis, Ha
  • From: RichUlrich
• Combine 2 normal distributions into 1
  • From: icodebot
• Re: Question about Alternative Hypothesis, Ha
  • From: Luis A. Afonso
• Re: Question about Alternative Hypothesis, Ha
  • From: RichUlrich
• Re: Question about Alternative Hypothesis, Ha
  • From: Luis A. Afonso
• Re: Question about Alternative Hypothesis, Ha
  • From: RichUlrich
• Re: probability of equality of two beta distributed RVs
  • From: RichUlrich
• Re: Question abt transformation in simple linear regression
  • From: RichUlrich
• Re: Question about Alternative Hypothesis, Ha
  • From: Paul Rubin
• Question about Alternative Hypothesis, Ha
  • From: geetha.shree@xxxxxxxxx
• Re: Random variables and expectation
  • From: Paul Rubin
• Re: probability of equality of two beta distributed RVs
  • From: Peter
• Re: Random variables and expectation
  • From: Karl Ove Hufthammer
• bi-variate normal distribution
  • From: Cris
• Random variables and expectation
  • From: Mauro
• probability of equality of two beta distributed RVs
  • From: arras
• Re: H0 : there was no evolution.
  • From: Luis A. Afonso
• Gaussian Mixture model understanding
  • From: Adam Chapman
• Re: Deriving an unknown probability distribution
  • From: Scott Hemphill
• Re: Deriving an unknown probability distribution
  • From: Ray Koopman
• Re: Deriving an unknown probability distribution
  • From: Tariq . Biziou
• Re: Deriving an unknown probability distribution
  • From: Herman Rubin
• Re: Deriving an unknown probability distribution
  • From: Peter
• Deriving an unknown probability distribution
  • From: Tariq . Biziou
• Re: Form of words in a defintion of equality concerning chances
  • From: Rich
• Re: Form of words in a defintion of equality concerning chances
  • From: Rich
• calculus
  • From: Aaron

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