Gaussian_Wd

Compute 2-Wasserstein distance between two Gaussian distributions

Read, register and compare point sets from single molecule localization microscopy.

Jean-Karim Heriche

LOMAR

Localization Microscopy Data Analysis

Gaussian_Wd function

<dl><dt>m1</dt>
<dd>mean of first distribution</dd>
<dt>m2</dt>
<dd>mean of second distribution</dd>
<dt>S1</dt>
<dd>variance of first distribution</dd>
<dt>S2</dt>
<dd>variance of second distribution</dd>
<dt>S</dt>
<dd>(optional) matrix of pre-computed sqrtm(sqrtm(S1) %*% S2 %*% sqrtm(S1))</dd></dl>

Arguments

Gaussian_Wd — Gaussian_Wd

<dl>

<dt>m1</dt>
<dd>mean of first distribution</dd>


<dt>m2</dt>
<dd>mean of second distribution</dd>


<dt>S1</dt>
<dd>variance of first distribution</dd>


<dt>S2</dt>
<dd>variance of second distribution</dd>


<dt>S</dt>
<dd>(optional) matrix of pre-computed sqrtm(sqrtm(S1) %*% S2 %*% sqrtm(S1))</dd>

</dl>

Gaussian_Wd: Gaussian_Wd

Description

Usage

Value

Arguments