R.M. Granovskaya and I.Y. Bereznaya
Consciousness is considered as a whole activity, a synthesis of all higher psychic processes, i.e. perception, attention, memory, thinking, emotions and speech; their mutual…
Abstract
Consciousness is considered as a whole activity, a synthesis of all higher psychic processes, i.e. perception, attention, memory, thinking, emotions and speech; their mutual conditionality is outlined. The unique contribution of each psychic process to consciousness is presented and the most significant connections between them revealed. The cerebral asymmetry is described as a specificity of each psychic function manifestation in the right and left‐brain hemispheres. Certain development principles, common to all the considered functions, are formulated. The application of these principles to the system of psychic processes makes it possible to indicate explicitly the mechanisms of continuous self‐learning.
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Presents research on human memory modelling. Gives a description of the memory process (as a whole) in its functional details by means of adding, processing and synthesizing…
Abstract
Presents research on human memory modelling. Gives a description of the memory process (as a whole) in its functional details by means of adding, processing and synthesizing psychological data using the creation of a model base. Compares the created psychological equivalent to the adequate mathematical‐algorithmic multi‐apparatus descriptions. Presents the programme‐developed human memory model as a precondition for microelectronic realizations (robot technique, computers and other bionic‐cybernetical systems).
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Neuron matrices and neuron operators are introduced for the description and analysis of multilayer neuron determined networks with particular reference to the visual analyser…
Abstract
Neuron matrices and neuron operators are introduced for the description and analysis of multilayer neuron determined networks with particular reference to the visual analyser neurons. It is assumed that every layer is composed of neurons of only one type. It is shown that the addition and subtraction operations of common matrices are specific cases of neuron matrices. The concept of neuron matrices allows one to construct a model of the peripheral part of the visual analyser on the principle of physiological funnels, to distinguish between convex and non‐convex images. The solution of the six Rosenblatt problems concerning the local detectors of the visual analyser is considered.
Developments in communications are now of prime interest to all cyberneticians. In particular, the need to provide instant and direct communications between computers, work…
Abstract
Developments in communications are now of prime interest to all cyberneticians. In particular, the need to provide instant and direct communications between computers, work stations and other equipment regardless of location and type, for applications such as computer‐aided design, software engineering and office automation is immediate.