get_avg_phi

Compute Sample Average of Fourier Transform Magnitude

A novel bias-bound approach for non-parametric inference is introduced,
focusing on both density and conditional expectation estimation.
It constructs valid confidence intervals that account for the presence of
a non-negligible bias and thus make it possible to perform inference with
optimal mean squared error minimizing bandwidths.
This package is based on Schennach (2020) <doi:10.1093/restud/rdz065>.

Xinyu DAI

rbbnp

A Bias Bound Approach to Non-Parametric Inference

Susanne M Schennach

get_avg_phi function

<dl><dt>Y</dt>
<dd>A numerical vector representing the sample data of variable Y.</dd>
<dt>X</dt>
<dd>A numerical vector representing the sample data of variable X.</dd>
<dt>xi</dt>
<dd>A single numerical value representing the frequency at which the Fourier transform
is computed.</dd></dl>

Arguments

Compute Sample Average of Fourier Transform Magnitude — get_avg_phi

<dl>

<dt>Y</dt>
<dd>A numerical vector representing the sample data of variable Y.</dd>


<dt>X</dt>
<dd>A numerical vector representing the sample data of variable X.</dd>


<dt>xi</dt>
<dd>A single numerical value representing the frequency at which the Fourier transform
is computed.</dd>

</dl>

get_avg_phi: Compute Sample Average of Fourier Transform Magnitude

Description

Usage

Value

Arguments