ConcreteCompressiveStrength

<p>Concrete is the most important material in civil engineering. The concrete compressive strength is a highly nonlinear function of age and ingredients.</p>

Ensemble model, for classification, regression
and unsupervised learning, based on a forest of unpruned
and randomized binary decision trees. Each tree is grown
by sampling, with replacement, a set of variables at each node.
Each cut-point is generated randomly, according to the continuous
Uniform distribution. For each tree, data are either bootstrapped
or subsampled. The unsupervised mode introduces clustering, dimension reduction
and variable importance, using a three-layer engine. Random Uniform Forests are mainly
aimed to lower correlation between trees (or trees residuals), to provide a deep analysis
of variable importance and to allow native distributed and incremental learning.

Saip Ciss

randomUniformForest

Random Uniform Forests for Classification, Regression and
Unsupervised Learning

ConcreteCompressiveStrength function

<p>A matrix containing 1030 observations and 9 attributes.</p>

ConcreteCompressiveStrength: Concrete Compressive Strength Data Set

Description

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References