getPBest

<p>JADE uses a mutation strategy called ”DE/current-to- p best”
Vectors are selected from the best p vectors in the current
population</p>

internal

Implements Differential Evolution (DE) to train parameters of Bayesian Networks for optimizing the Conditional Log-Likelihood (Discriminative Learning) instead of the log-likelihood (Generative Learning). Any given Bayesian Network structure encodes assumptions about conditional independencies among the attributes and will result in an error if they do not hold in the data. Such an error includes the classification dimension. The main goal of Discriminative learning is to minimize this type of error. This package provides main variants of differential evolution described in Price & Storn (1996) <doi:10.1109/ICEC.1996.542711> and recent ones, described in Tanabe & Fukunaga (2014) <doi:10.1109/CEC.2014.6900380> and Zhang & Sanderson (2009) <doi:10.1109/TEVC.2009.2014613> with adaptation mechanism for factor mutarion and crossover rate.

Alejandro Platas-L<c3><b3>pez

dplbnDE

Discriminative Parameter Learning of Bayesian Networks by
Differential Evolution

Alejandro Platas-Lopez

Alejandro Guerra-Hernandez

getPBest function

JADE uses a mutation strategy called ”DE/current-to- p best”
Vectors are selected from the best p vectors in the current
population — getPBest

JADE uses a mutation strategy called ”DE/current-to- p best”
Vectors are selected from the best p vectors in the current
population

getPBest: JADE uses a mutation strategy called ”DE/current-to- p best” Vectors are selected from the best p vectors in the current population

Description

Usage

Arguments