derive_log_det_calculator

<p>Fill the lookup table created by <code><a rd-options="=multinom_lookup_template" href="/link/multinom_lookup_template()?package=spflow&version=0.1.0&to=%3Dmultinom_lookup_template" data-mini-rdoc="=multinom_lookup_template::multinom_lookup_template()">multinom_lookup_template()</a></code> with values</p>

internal


Efficient estimation of spatial econometric models of origin-destination flows, which may exhibit spatial autocorrelation in the dependent variable, the explanatory variables or both.
The model is the one proposed by LeSage and Pace (2008) <doi:10.1111/j.1467-9787.2008.00573.x>, who develop a matrix formulation that exploits the relational structure of flow data.
The estimation procedures follow most closely those outlined by Dargel (2021) (preprint available at <https://www.tse-fr.eu/fr/publications/revisiting-estimation-methods-spatial-econometric-interaction-models>).

Lukas Dargel

spflow

Spatial Econometric Interaction Models

Thibault Laurent

Christine Thomas

Paula Margaretic

Gabriel Watkinson

Roger Bivand

derive_log_det_calculator function

<p>Fill the lookup table created by <code><a rd-options='=multinom_lookup_template' href='multinom_lookup_template()'>multinom_lookup_template()</a></code> with values</p>

Fill the lookup table created by <code><a rd-options='=multinom_lookup_template' href='multinom_lookup_template()'>multinom_lookup_template()</a></code> with values — derive_log_det_calculator

Fill the lookup table created by <code><a rd-options='=multinom_lookup_template' href='multinom_lookup_template()'>multinom_lookup_template()</a></code> with values

Fill the lookup table created by <code><a rd-options="=multinom_lookup_template" href="/link/multinom_lookup_template()?package=spflow&version=0.1.0&to=%3Dmultinom_lookup_template" data-mini-rdoc="=multinom_lookup_template::multinom_lookup_template()">multinom_lookup_template()</a></code> with values

derive_log_det_calculator: Fill the lookup table created by `multinom_lookup_template()` with values

Description

Usage

Arguments