problem_dimension

Calculate the dimension of the problem, excluding timestamps.

Framework is devoted to mining numerical association rules through the
utilization of nature-inspired algorithms for optimization. Drawing inspiration
from the 'NiaARM' 'Python' and the 'NiaARM' 'Julia' packages, this repository
introduces the capability to perform numerical association rule mining in
the R programming language.
Fister Jr., Iglesias, Galvez, Del Ser, Osaba and Fister (2018) <doi:10.1007/978-3-030-03493-1_9>.

Iztok Jr. Fister

niarules

Numerical Association Rule Mining using Population-Based
Nature-Inspired Algorithms

problem_dimension function

<dl><dt>feature_info</dt>
<dd>A list containing information about each feature.</dd>
<dt>is_time_series</dt>
<dd>Boolean indicating if time series data is present.</dd></dl>

Arguments

Calculate the dimension of the problem, excluding timestamps. — problem_dimension

<dl>

<dt>feature_info</dt>
<dd>A list containing information about each feature.</dd>


<dt>is_time_series</dt>
<dd>Boolean indicating if time series data is present.</dd>

</dl>

problem_dimension: Calculate the dimension of the problem, excluding timestamps.

Description

Usage

Value

Arguments