inst/shiny-examples/AddPoints/help.md
In Kezrael/optedr: Calculating Optimal and D-Augmented Designs
Help
The processes and examples shown here are based in the theoretical
results previous to this work. Given a choice for the weights of points
to add, α, and desired efficiency, effD (bounded by
the first and the initial design, ζ), one can calculate the points
that satisfy:
$$
eff_{D} \geq (1-\alpha) \left\{ 1+\frac{\alpha d(x_{1},\zeta)}{1-\alpha} \right\}^{1/m}.
$$
In out work, it has been proved that choosing any number of points,
distributing the weight α among them as desired, the efficiency is
greater or equal to the choice of effD.
The points that satisfy that condition for the choices of the user on
each section of the application are what we call the “feasible region”,
from which the users can choose their points with the choice of
efficiency as a minimum for the efficiency of the resulting design.
The optimal designs are calculated through their analytical expressions,
as are the sensitivity functions.
Kezrael/optedr documentation built on Oct. 12, 2024, 8:40 p.m.
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Help
The processes and examples shown here are based in the theoretical results previous to this work. Given a choice for the weights of points to add, α, and desired efficiency, effD (bounded by the first and the initial design, ζ), one can calculate the points that satisfy:
$$ eff_{D} \geq (1-\alpha) \left\{ 1+\frac{\alpha d(x_{1},\zeta)}{1-\alpha} \right\}^{1/m}. $$
In out work, it has been proved that choosing any number of points, distributing the weight α among them as desired, the efficiency is greater or equal to the choice of effD.
The points that satisfy that condition for the choices of the user on each section of the application are what we call the “feasible region”, from which the users can choose their points with the choice of efficiency as a minimum for the efficiency of the resulting design.
The optimal designs are calculated through their analytical expressions, as are the sensitivity functions.
R Package Documentation
Browse R Packages
We want your feedback!
Note that we can't provide technical support on individual packages. You should contact the package authors for that.
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