Biological Inspiration—Theoretical Framework Mitosis Artificial Neural Networks Unsupervised Algorithm

Carlos Socarras  Bertiz; Gelvis Melo  Freile; Lácides Pinto  Mindiola

doi:10.4236/ijcns.2015.89036

Lácides Pinto Mindiola, Gelvis Melo Freile, Carlos Socarras Bertiz

Abstract: The modified approach to conventional Artificial Neural Networks (ANN) described in this paper represents an essential departure from the conventional techniques of structural analysis. It has four main distinguishing features: 1) it introduces a new simulation algorithm based on the biology; 2) it performs relatively simple arithmetic as massively parallel, during analysis of a structure; 3) it shows that it is possible to use the application of the modified approach to conventional ANN to solve problems of any complexity in the field of structural analysis; 4) the Neural Topologies for Structural Analysis (NTSA) system are recurrent networks and its outputs are connected to its inputs [1] and [2]. In NTSA system the DNA of the neuron mother and daughters would be defined by: 1) the same entry, from the corresponding neuron in the previous layer; 2) the same trend vector; 3) the same transfer function (purelin). The mother’s neuron and her daughter’s neuron differ only in the connection weight and its output signal.

Keywords: Mitosis, Artificial Neuron, Node, Structural Analysis, Neural Networks, Output, Layer, Simulation

Cite this paper: Mindiola, L. , Freile, G. and Bertiz, C. (2015) Biological Inspiration—Theoretical Framework Mitosis Artificial Neural Networks Unsupervised Algorithm. International Journal of Communications, Network and System Sciences, 8, 374-398. doi: 10.4236/ijcns.2015.89036.

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