Journal Neurocomputers №5 for 2013 year
Neurocomputers in Dynamical Objective control
The general theory for self-organization neyrocontrol
A.V. Savelyev
3-13
Training neural network for an obstacle-avoiding autonomous mobile robot using reinforcement learning
R.A. Munasypov, G.A. Saitova, S.S. Moskvichev, T.R. Shakhmametev
14-18
Theory of Neural Nets
Functional pre-treatment of input signals in a neural network
A.L. Gusev, F.M. Cherepanov, L.N. Yasnitsky
19-21
Neurocomputers in Informatic and Expert Systems
The neural network methods use in automated systems of scientific researches of high and critical technologies in engine-building manufacturing
S.G. Selivanov, S.N. Poezjalova
22-25
Models and algorithms of text fragments classification using radial basis function neural networks
A.A. Sirota, A.V. Tsurikov, M.A. Dryuchenko
26-37
Neuromathematic and Intellectual Computation
Object detection with MSER clusterization
A.V. Orlova, P.V. Skribtsov, A.V. Dolgopolov
38-45
Neurocomputers in Psichology and Medicine
Trained structures as a basis for the software designed for the diagnostics of skills and competencies
L.S. Kuravsky, P.A. Marmalyuk, V.A. Barabanshchikov, M.M. Bezrukikh, A.A. Demidov, V.V. Ivanov, G.A. Yuryev
46-60