Objective II
1
Simulation II Main Paper
1.1
Value Function
1.2
IPW-Surface (n=500)
1.3
Matern 5/2 (n=500)
1.3.1
Interpolating
1.3.2
Homoskedastic
1.3.3
Heteroskedastic
2
Simulation III Main Paper
2.1
Value Function
2.2
IPW-Surface (n=500)
2.3
Matern 5/2 (n=500)
2.3.1
Interpolating
2.3.2
Homoskedastic
2.3.3
Heteroskedastic
3
Simulation II Appendix
3.1
Matern 5/2 (n=1000)
3.1.1
Estimated Value Function
3.1.2
Interpolating
3.1.3
Homoskedastic
3.1.4
Heteroskedastic
3.2
Matern 5/2 Heteroskedastic (n=1000)
3.2.1
Estimated Value Function
3.2.2
Interpolating Model
3.2.3
Homoskedastic Model
3.2.4
Heteroskedastic Model
3.2.5
Residuals
3.3
Matern 3/2 (n=1000)
3.3.1
Interpolating
3.3.2
Homoskedastic
3.3.3
Heteroskedastic
3.4
Matern 5/2 (n=1000) Log-Normal
3.4.1
Interpolating
3.4.2
Homoskedastic
3.4.3
Heteroskedastic
4
Simulation III Appendix
4.1
Estimated Value Function
4.2
Matern 5/2 (n=1000)
4.2.1
Interpolating
4.2.2
Homoskedastic
4.2.3
Heteroskedastic
4.3
Matern 3/2 (n=1000)
4.3.1
Interpolating
4.3.2
Homoskedastic
4.3.3
Heteroskedastic
4.4
Matern 5/2; Log-Normal Prior (n=1000)
4.4.1
Interpolating
4.4.2
Homoskedastic
4.4.3
Heteroskedastic
5
Case Study
5.1
Value Surface
5.1.1
Normalized IPW-Surface
5.1.2
Value Surface using MSM
5.2
Matern 5/2 GP Graphics
5.2.1
Interpolating GP
5.2.2
Homoskedastic GP
5.2.3
Heteroskedstic GP
5.3
Matern 3/2 GP Graphics
5.3.1
Interpolating GP
5.3.2
Homoskedastic GP
5.3.3
Heteroskedastic GP
5.4
Matern 5/2 Covariance; Log Normal Prior
5.4.1
Interpolating GP
5.4.2
Homoskedastic GP
5.4.3
Heteroskedastic GP
Published with bookdown
Objective II
Objective II
Daniel Rodriguez Duque
Web Section: 1
Simulation II Main Paper
1.1
Value Function
1.2
IPW-Surface (n=500)
1.3
Matern 5/2 (n=500)
1.3.1
Interpolating
1.3.2
Homoskedastic
1.3.3
Heteroskedastic