No. 3, 2012

НАУЧНАЯ ШКОЛА: Технологии синтеза цифровых адаптивных к помеховой обстановке устройств обработки сигналов в телекоммуникационных и радиотехнических системах

1. Multicriterion Synthesis of Realized Signals and Processing Devices Taking into Account Stirring Factors in Radio Engineering Systems S.N. Kirillov, S.N. Buzykanov pp. 11-17
2. Multirate Adaptive Signal Processing V.V. Vityazev pp. 17-30
3. Multichannel Doppler Filtration of Radar Signals V.I. Koshelev pp. 30-35
4. Reconfiguration and Adaptation of Information Systems Spatial Structures Y.N. Parshin, S.I. Gusev, A.V. Xendzov, S.V. Kolesnikov, P.V. Zharikov pp. 36-47

НАУЧНАЯ ШКОЛА: Технологии обработки и анализа изображений для бортовых систем технического зрения и систем дистанционного зондирования Земли

1. Image Processing in the Systems of Object Detection and Tracking B.A. Alpatov pp. 49-54
2. Current Problems in the Processing of Remote Sensing Data V.V. Eremeev pp. 54-64
3. Place and Function of Sequency Analysis Methods in Digital Aerospace Image Processing V.K. Zlobin, B.V. Kostrov, V.A. Sablina pp. 64-72

НАУЧНАЯ ШКОЛА: Физика материалов, методы и аппаратура для их исследования

1. Radio-Frequency Ion-Optical System for Focusing and TOF Mass Separation of Charged Particles V.S. Gurov, E.V. Mamontov, M.V. Dubkov, A.A. Dyagilev pp. 75-81
2. Physical Processes in Barrier Structures Based on Disordered and Nanostructured Semiconductors S.P. Vikhrov, N.V. Bodyagin, N.V. Vishnyakov, V.G. Mishustin pp. 81-89
3. Features of the Monopole Mass Analyzer in the Presence of Deviations from the Quadratic Potential Distribution M.V. Dubkov, V.S. Gurov, B.I. Kolotilin, M.A. Burobin pp. 89-95

НАУЧНАЯ ШКОЛА: Автоматизация проектирования и программное обеспечение интеллектуальных систем и компьютерных сетей

1. Evolution of Computer Aided Design V.P. Koryachko, S.V. Skvortsov, A.I. Taganov, A.P. Shibanov pp. 97-103
2. Some Aspects of Decision-Making Support Systems Construction for Efficient Commodity Stocks Control A.N. Pylkin, A.V. Kroshilin, S.V. Kroshilina pp. 103-108
3. Modeling Aggregated Telecommunications Channel with the Technology of Open Flows A.P. Shibanov, V.P. Koryachko, J.L. Izhvanov pp. 109-113

НАУЧНАЯ ШКОЛА: Адаптивные и интеллектуальные методы и средства измерения и испытания в сложных объектах

1. Computer Automation of Digital Probing Technologies Metrological Test E.M. Proshin, A.M. Abramov, A.G. Borisov, S.G. Gurzhin, M.B. Kaplan, G.A. Sadovskiy, A.V. Shulyakov pp. 115-123
2. Instrumental Errors of Complex Pulse Signal Spectrum Transformation G.I. Nechaev, O.V. Melnik, A.A. Mikheev pp. 123-128
3. Experimental Determination Static Error ADC G.A. Sadovskiy, A.M. Abramov, A.G. Borisov pp. 128-133
4. Adaptation of Instruments Based on Persistence of Amount of Measurement Information A.G. Borisov, A.P. Kazantsev, G.A. Sadovskiy pp. 133-137

НАУЧНАЯ ШКОЛА: Биотехнические системы хронодиагностики и биоадаптивной хрономагнитотерапии

1. System of Chronomagnetotherapeutic Array with 3D-Control V.I. Zhulev, S.G. Gurzhin, V.G. Krjakov, E.M. Proshin, E.O. Putilin, V.M. Sahibgareev, N.S. Kharlamova pp. 139-147
2. Construction of Informative Signs to Diagnose of the Functional Status of the Body Using Neural Network Technologies A.A. Mikheev, V.N. Loktukhin, O.V. Melnik pp. 147-152
3. System for Control of Forming Nonuniform 3D-Magnetotherapy Influence and Measurement of their Biotropic Parameters S.G. Gurzhin, M.B. Kaplan, N.S. Kharlamova pp. 152-156

НАУЧНАЯ ШКОЛА: Лазерные, ионно-плазменные и вакуумные технологии и приборы на их основе

1. Investigation of the Opening of Magnetically Operated Contacts Disconnection at Electric Current S.M. Karabanov, V.A. Korotchenko, V.I. Solovyev, Je.I. Sokolovskij, Zh.V. Solotenkova pp. 159-165
2. Lock-in Threshold Evaluating to Counter Propagating Waves in the Ring Laser by Processing of Initial Quadrature Signals M.V. Chirkin, S.Y. Alekseyev, М.V. Borisov, M.A. Zakharov, V.Yu. Mishin, D.A. Morozov, A.V. Molchanov pp. 165-171
3. Temperature Field Smoothing Inside Strapdown Inertial Navigation System with Laser Gyros A.I. Ulitenko, V.V. Klimakov, A.V. Molchanov, M.V. Chirkin pp. 171-177