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      	<h2>The FlexGP Project</h2>
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          In a nutshell, the FlexGP project goal is scalable machine learning using genetic programming (GP).
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          Genetic programming is a mature, robust multi-point search technique (inspired by evolution) which supports readable, and flexibly specified learning representations which can readily express linear or non-linear data relationships. It is well suited to parallelization and machine learning. It has a strong record in real world domains. 
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                	<strong><em>Evolutionary learners:</em></strong> this layer provides access to the learners so that one could run them on their desktop.
                    See description of the learners <a href="http://flexgp.github.io/gp-learners/">here</a> and a tutorial to running them on multiple examples <a href="http://flexgp.github.io/gp-learners/blog.html">here</a> 
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                	<strong><em><a href="http://flexgp.github.io/flexgp/">FlexGP:</a></em></strong> a cloud based platform for generating transparent non-linear large scale regression problems
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                	<strong><em><a href="http://flexgp.github.io/FCUBE/">FCUBE:</a></em></strong> A data parallel approach to building ensemble of classifiers 
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                        <strong><em><a href="http://flexgp.github.io/efs/">Feature learning:</a></em></strong> Evolutionary Feature Synthesis (EFS) generates accurate, readable, nonlinear features for tabular data. 
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