|
Applied Machine Learning - INFR11211 AML: Model Selection - Statistical Tests Part 2/2
Course Code
INFR11211 Licence Type
All rights reserved The University of Edinburgh
|
|
Applied Machine Learning - INFR11211 AML: Evaluation - Regression Part 2/2
Course Code
INFR11211 Licence Type
All rights reserved The University of Edinburgh
|
|
Applied Machine Learning - INFR11211 AML: Generalisation - Measuring Generalisation Part 2/3
Course Code
INFR11211 Licence Type
All rights reserved The University of Edinburgh
|
|
Applied Machine Learning - INFR11211 AML: Optimisation - Stochastic Gradient Descent Part 3/3
Course Code
INFR11211 Licence Type
All rights reserved The University of Edinburgh
|
|
Applied Machine Learning - INFR11211 AML: Exploratory Data Analysis - PCA Examples Part 3/3
Course Code
INFR11211 Licence Type
All rights reserved The University of Edinburgh
|
|
Applied Machine Learning - INFR11211 AML: Exploratory Data Analysis - PCA Part 2/3
Course Code
INFR11211 Licence Type
All rights reserved The University of Edinburgh
|
|
Applied Machine Learning - INFR11211 Naive Bayes - Naive Bayes with Continuous Data Part 3/3
Licence Type
All rights reserved The University of Edinburgh
|
|
This vignette will show how to simulate the wheat breeding programme described in Gaynor et al. (2017). In this breeding programme, there are several stages in a breeding cycle and several breeding…
Licence Type
Creative Commons - Attribution Share A Like
|
|
Now we explore the multi-trait selection in AlphaSimR so that we can design a sustainable and holistic approach to breeding productive and resilient individuals. This involves consideration of the…
Licence Type
Creative Commons - Attribution Share A Like
|
|
Now we explore the multi-trait selection in AlphaSimR so that we can design a sustainable and holistic approach to breeding productive and resilient individuals. This involves consideration of the…
Licence Type
Creative Commons - Attribution Share A Like
|
|
Now we explore the multi-trait selection in AlphaSimR so that we can design a sustainable and holistic approach to breeding productive and resilient individuals. This involves consideration of the…
Licence Type
Creative Commons - Attribution Share A Like
|
|
In this vignette, we will learn about simulating selection to improve a single trait and explore some of the intricacies of the breeder’s equation. (Part 2)
Licence Type
Creative Commons - Attribution Share A Like
|
|
AlphaSimR simulates traits by defining the type of trait genetic effects, number of DNA sites controlling the trait, mean, genetic variance, and environmental variance. Once we simulate genetic and…
Licence Type
Creative Commons - Attribution Share A Like Language
English Date Created
July 6th, 2022
|
|
In this vignette, we will learn about simulating selection to improve a single trait and explore some of the intricacies of the breeder’s equation. (Part 1)
Licence Type
Creative Commons - Attribution Share A Like
|
|
AlphaSimR simulates traits by defining the type of trait genetic effects, number of DNA sites controlling the trait, mean, genetic variance, and environmental variance. Once we simulate genetic and…
Licence Type
Creative Commons - Attribution Share A Like
|
|
Structural Breaks and Shape Constraints Optimal High-Dimensional Change Point Testing in regression Settings Daren Wang (University of Notre Dame) 16 May 2022
Licence Type
All rights reserved Language
English Date Created
May 17th, 2022
|