ABSTRACT
The neural system is amenable for isolation into individual subsets such as cells, interconnections, synapses; and each subsystem may in turn be broken down into microscopic structures participating in the neural activity. The corresponding informatics description of the neural system should not only address the memory considerations, but also enclave the control aspects of modeling and programming of the collective response of neurons. As a science, neurocybernetics deals with the operation of an automaton and its characteristic as an integral self-controlled system seeking an optimum performance. The neurons always tie together to form a group and, hence, permit an anisotropic proliferation of information flow across the neural complex. The infonnation aspects of a neural complex viewed in tenns of memory capacity also penetrate the coordinated organization of firing patterns in recurrently connected cellular units. The processing information characterizes the relevant properties and structure of the neural activity or state-transitional events across the interconnected neurons.
