Evolutionary learning with a neuromolecular architecture: a biologically motivated approach to computational adaptability |
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Authors: | Jong-Chen Chen Michael Conrad |
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Affiliation: | (1) Department of Management Information Systems National YunLin Institute of Technology Touliu, Taiwan, R.O.C. e-mail: jcchen@mis.yuntech.edu.tw, TW;(2) Department of Computer Science Wayne State University, Detroit, Michigan 48202 USA e-mail: conrad@cs.wayne.edu, US |
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Abstract: | The effectiveness of evolutionary learning depends both on the variation-selection search operations used and on the structure-function
relations of the organization to which these operations are applied. Some organizations—in particular those that occur in
biology—are more evolution friendly than others. We describe an artificial neuromolecular (ANM) architecture that illustrates
the structure-function relationships that underlie evolutionary adaptability and the manner in which these relationships can
be represented in computer programs. The ANM system, a brain-like design that combines intra- and interneuronal levels of
processing, can be coupled to a variety of pattern recognition-effector control tasks. The capabilities of the model, in particular
its adaptability properties, are here illustrated in the context of Chinese character recognition. |
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Keywords: | evolutionary computation molecular computing neural computing Chinese character recognition adaptability |
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