No. 11, 2012

Neurocomputers in Dynamical Objective Control

1. Conceptual bases of realization of neuro-fuzzy system at research of extreme situations by methods of the catastrophe theory in environment of cloudy model Yu.I. Nechaev pp. 3-13
2. Neuro-fuzzy control system of high-performance computing at interpretation of dynamics complex object on the basis of the catastrophe theory in environment of cloudy model Yu.I. Nechaev pp. 14-22
3. Technology for development of virtual reality systems based on brain-computer interface with utilization of cloud computing environment A.A. Bezgodov, K.V. Knyazkov, S.V. Kovalchuk, A.V. Boukhanovsky pp. 23-29
4. Neurobiological mechanizms of subjective perception Yu.I. Nechaev, O.N. Petrov pp. 30-38

Neuromathematics and Intellectual Computation

1. Local voting algorithm for consensus problem in decentralized network of intelligent agents K.S. Amelin, N.O. Amelina, O.N. Granichin, A.V. Koryavko pp. 39-47
2. Method of modeling critical frequency data on the basis of combining the wavelet-transform and autoregression models V.V. Geppener, O.V. Mandrikova, N.V. Glushkova pp. 48-55

Theory of Neural Networks

1. Mathematical models of systems with interval representation of parameters on the basis of geterogeneous neural networks. Temperature field continuation - classical problem statement A.N. Vasilyev, D.A. Tarkhov pp. 56-59
2. Forecasting dynamic ANN construction on the base of algorithmic information theory A.S. Potapov pp. 60-68

Перспективы применения нейрокомпьютеров

1. The possibility of using some of the characteristics of self-synchronization to identify clusters in the oscillator neural network with chaotic dynamics E.N. Benderskaya pp. 69-73