16. A method of processing information, comprising: receiving a message; providing a hierarchical stacked neural network having a plurality of layers, each layer of said hierarchal stacked neural network defining a respective transformation of received information implemented in an electronic processor, to produce an output pattern of a respective layer representing a non-arbitrary organization of actions at a respective stage of cognitive development, wherein respective layers of said hierarchal stacked neural network pass the respective non-arbitrary organization of actions at the respective stage of cognitive development to a successively higher layer having a successively higher stage of cognitive development, and respective layers of said hierarchal stacked neural network pass feedback to lower layers having respectively lower stages of cognitive development; processing the received message at a first layer of the hierarchical stacked neural network, to produce an output pattern of the first layer representing information corresponding to the message with respect to the respective stage of cognitive development of the first layer; and processing the output pattern of the first layer at a second layer of the hierarchical stacked neural network, to produce a neural network output pattern of the second layer representing a first portion of the information from the output pattern of the first layer corresponding to the non-arbitrary organization of actions at the respective stage of cognitive development of the second layer, and to extract a characteristic of the message from a noise vector output of the second layer representing at least a second portion of the information from the output pattern of the first layer not corresponding to the non-arbitrary organization of actions at the respective stage of cognitive development of the second layer and not corresponding to feedback to a respectively lower layer having a lower stage of cognitive development.
20. The method according to claim 16 , wherein the neural network output pattern of the second layer represents intelligent discriminations of information at a respective cognitive stage of development of the second layer, and the noise vector comprises message information which incompletely represents intelligent discriminations of information at the respective cognitive stage of development of the second layer, and wherein the intelligent discriminations of information represent a linguistic analysis.