Minimal Treatment Designs for Estimating Various Mixing Ability Effects

Analyses for a Balanced Design in a Marketing Experiment

Federer, Walter T.
Brunk, Max E.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

December 1960

15 pages, 1 article*Analyses for a Balanced Design in a Marketing Experiment* (Federer, Walter T.; B...

Response Equations and Data Analysis for Some Simple Experiment Designs

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

June 1979

25 pages, 1 article*Response Equations and Data Analysis for Some Simple Experiment Designs* (Federe...

Experiment Design, Gradients, Covariates, Additivity, Interaction, and Competition

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

August 1994

10 pages, 1 article*Experiment Design, Gradients, Covariates, Additivity, Interaction, and Competiti...

Statistical Designs for Mixtures

Federer, W. T.
Hall, D.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

August 1975

10 pages, 1 article*Statistical Designs for Mixtures* (Federer, W. T.; Hall, D.) 10 page

Two Treatment Crossover Designs for Estimating a Variety of Effects

Kershner, R. P.
Federer, W. T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

May 1979

21 pages, 1 article*Two Treatment Crossover Designs for Estimating a Variety of Effects* (Kershner, ...

Principles of Statistical Design with Special Reference to Experiment and Treatment Design

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

July 1983

28 pages, 1 article*Principles of Statistical Design with Special Reference to Experiment and Treatm...

Minimal Unbiased Designs for Linear Parametric Functions

Federer, W. T.
Hedayat, A.
Raktoe, B. L.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

March 1973

14 pages, 1 article*Minimal Unbiased Designs for Linear Parametric Functions* (Federer, W. T.; Heday...

Research Designs: Experimental and Statistical Controls

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

June 1965

15 pages, 1 article*Research Designs: Experimental and Statistical Controls* (Federer, Walter T.) 1...

Statistical Analyses for Multistage Designs

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

July 1981

5 pages, 1 article*Statistical Analyses for Multistage Designs* (Federer, Walter T.) 5 page

Response Models and Minimal Designs for Mixtures of n of m Items Useful for Intercropping and Other Investigations

Federer, W. T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

October 1986

14 pages, 1 article*Response Models and Minimal Designs for Mixtures of n of m Items Useful for Inte...

Response Models and Minimal Designs for Mixtures of n of m Items Useful for Intercropping and Other Investigations

Federer, W. T.
Raghavarao, D.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

July 1986

16 pages, 1 article*Response Models and Minimal Designs for Mixtures of n of m Items Useful for Inte...

A Method for Estimating Combining Ability Components of Variance in Incomplete Block Designs

Federer, Walter T.
Plaisted, Robert L.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

January 1961

This issue was undated. The date given is an estimate.14 pages, 1 article*A Method for Estimating Co...

Treatment Design and the Interpretation of Experimental Results

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

January 1957

This issue was undated. The date given is an estimate.13 pages, 1 article*Treatment Design and the I...

Statistical Analyses for Multistage Experiment Designs

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

January 1982

34 pages, 1 article*Statistical Analyses for Multistage Experiment Designs* (Federer, Walter T.) 34 ...

Three and Four Treatment Crossover Designs for Estimating Various Effects

Federer, Walter T.
Kershner, Ronald P.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

January 1982

This issue was undated. The date given is an estimate.26 pages, 1 article*Three and Four Treatment C...

Analyses for a Balanced Design in a Marketing Experiment

Federer, Walter T.
Brunk, Max E.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

December 1960

15 pages, 1 article*Analyses for a Balanced Design in a Marketing Experiment* (Federer, Walter T.; B...

Response Equations and Data Analysis for Some Simple Experiment Designs

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

June 1979

25 pages, 1 article*Response Equations and Data Analysis for Some Simple Experiment Designs* (Federe...

Experiment Design, Gradients, Covariates, Additivity, Interaction, and Competition

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

August 1994

10 pages, 1 article*Experiment Design, Gradients, Covariates, Additivity, Interaction, and Competiti...

Statistical Designs for Mixtures

Federer, W. T.
Hall, D.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

August 1975

10 pages, 1 article*Statistical Designs for Mixtures* (Federer, W. T.; Hall, D.) 10 page

Two Treatment Crossover Designs for Estimating a Variety of Effects

Kershner, R. P.
Federer, W. T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

May 1979

21 pages, 1 article*Two Treatment Crossover Designs for Estimating a Variety of Effects* (Kershner, ...

Principles of Statistical Design with Special Reference to Experiment and Treatment Design

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

July 1983

28 pages, 1 article*Principles of Statistical Design with Special Reference to Experiment and Treatm...

Minimal Unbiased Designs for Linear Parametric Functions

Federer, W. T.
Hedayat, A.
Raktoe, B. L.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

March 1973

14 pages, 1 article*Minimal Unbiased Designs for Linear Parametric Functions* (Federer, W. T.; Heday...

Research Designs: Experimental and Statistical Controls

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

June 1965

15 pages, 1 article*Research Designs: Experimental and Statistical Controls* (Federer, Walter T.) 1...

Statistical Analyses for Multistage Designs

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

July 1981

5 pages, 1 article*Statistical Analyses for Multistage Designs* (Federer, Walter T.) 5 page

Response Models and Minimal Designs for Mixtures of n of m Items Useful for Intercropping and Other Investigations

Federer, W. T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

October 1986

14 pages, 1 article*Response Models and Minimal Designs for Mixtures of n of m Items Useful for Inte...

Response Models and Minimal Designs for Mixtures of n of m Items Useful for Intercropping and Other Investigations

Federer, W. T.
Raghavarao, D.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

July 1986

16 pages, 1 article*Response Models and Minimal Designs for Mixtures of n of m Items Useful for Inte...

A Method for Estimating Combining Ability Components of Variance in Incomplete Block Designs

Federer, Walter T.
Plaisted, Robert L.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

January 1961

This issue was undated. The date given is an estimate.14 pages, 1 article*A Method for Estimating Co...

Treatment Design and the Interpretation of Experimental Results

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

January 1957

This issue was undated. The date given is an estimate.13 pages, 1 article*Treatment Design and the I...

Statistical Analyses for Multistage Experiment Designs

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

January 1982

34 pages, 1 article*Statistical Analyses for Multistage Experiment Designs* (Federer, Walter T.) 34 ...

Three and Four Treatment Crossover Designs for Estimating Various Effects

Federer, Walter T.
Kershner, Ronald P.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

January 1982

This issue was undated. The date given is an estimate.26 pages, 1 article*Three and Four Treatment C...

Analyses for a Balanced Design in a Marketing Experiment

Federer, Walter T.
Brunk, Max E.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

December 1960

15 pages, 1 article*Analyses for a Balanced Design in a Marketing Experiment* (Federer, Walter T.; B...

Response Equations and Data Analysis for Some Simple Experiment Designs

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

June 1979

25 pages, 1 article*Response Equations and Data Analysis for Some Simple Experiment Designs* (Federe...

Experiment Design, Gradients, Covariates, Additivity, Interaction, and Competition

Federer, Walter T.
Cornell University. Biometrics Unit.
Cornell University. Dept. of Biometrics.
Cornell University. Dept. of Biological Statistics and Computational Biology.

August 1994

10 pages, 1 article*Experiment Design, Gradients, Covariates, Additivity, Interaction, and Competiti...

Minimal Treatment Designs for Estimating Various Mixing Ability Effects

Abstract

Extracted data

Minimal Treatment Designs for Estimating Various Mixing Ability Effects

Abstract

Extracted data

Related items

Related items