View source: R/theoretical_power.R
practical_power_norm | R Documentation |
Function that finds the parameters, M and theta_0, of our test that yield high power for a given combination of n and epsilon in a practical setting where the effect size is not known and then computes the power at a given effect size.
practical_power_norm( effect_size, epsilon, n, effect_size_grid = seq(0, 1.5, 0.1), rho = 0.8, alpha = 0.05, d = 1, n_zeros = 0, M_start = min(12, floor(n/3)), alpha0_start = 0.2, M_max = n )
effect_size |
The quotient of the parameter of interest (mu) and the standard deviation of the noise (sigma). |
epsilon |
The privacy parameter. |
n |
The number of observations (number of rows in the database). |
effect_size_grid |
Grid of effect sizes to search over |
rho |
The desired power threshold |
alpha |
The significance level. Defaults to 0.05. |
d |
The number of dimensions (number of columns in the database). Defaults to 1. |
n_zeros |
The number of entries of the alternative distribution with mean zero. Defaults to 0. |
M_start |
Starting value of M |
alpha0_start |
Starting value of alpha0 |
M_max |
The maximum M to search over. |
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