№10 (183), October 2016.

SECTION I. ELECTRONICS AND NANOTECHNOLOGY
E.Yu. Gusev DEVELOPMENT OF FABRICATION TECHNOLOGY OF POLYCRYSTALLINE SILICON MICROMECHANICAL ACCELEROMETER BY SURFACE MICROMACHINING
O.V. Karban, E.I. Salamatov, G.N. Konygin, O.Yu. Goncharov, F.Z. Gilmutdinov FEATURES OF SYNTHESYS OF NANOCOMPOSITES Al2O3+хFe
V.A. Smirnov NANOLITHOGRAPHY OF ELEMENTS OF NANOELECTRONICS BASED ON TITANIUM OXIDE
S.A. Belousov, А.A. Nosov, S.I. Rembeza, N.N. Kosheleva SYNTHESIS AND ELECTRICAL PROPERTIES OF THE GAS-SENSITIVE FILMS Zn2SnO4
V.V. Petrov, A.S.Kamentsev, I.I. Cherepakhin, D.A. Kovalenko RESEARCH OF CHARACTERISTICS OF THE SENSOR OF VIBRATION ON THE BASIS OF SEGNETOELEKTRICHESKY FILMS OF ZIRCONATE-TITANATE OF LEAD
E.A. Ryndin, A.S. Isaeva NUMERICAL MODELING OF THERMOMECHANICAL STRESSES GENERATED IN A THIN TRIBOLUMINESCENT FILMS UNDER LASER-PULSE ACTION
SECTION II. HYDROACOUSTICS
G.V. Soldatov DEVELOPMENT OF METHODS FOR DETERMINING THE PHASE FREQUENCY RESPONSE OF HYDROACOUSTIC BROADBAND ANTENNA
V.I. Kaevitser, A.P. Krivtsov, V.M. Razmanov, I.V. molyaninov, A.V. Elbakidze, E.Yu. Denisov REMOTE-CONTROLLED BOAT WITH SIDE-SCAN SONAR TO MAP THE SMALL WATER POND AND RIVER BOTTOM
V.I. Korochentsev, L.V. Gubko, M.V. Mironenko, I.V. Garasev THREE-DIMENSIONAL HETEROGENEOUS MODEL IN SEA WEDGE
SECTION III. AUTOMATION AND CONTROL
S.S. Alkhasov, A.N. Tselykh, A.A. Tselykh CLASSIFICATION ON THE BASIS OF THE MODIFIED STRUCTURE OF ARTIFICIAL NEURAL NETWORK VIA GENETIC ALGORITHMS
I.M. Borodyansky, I.I. Turulin APPLICATION OF RECURSIVE FIR FILTERS FOR INTERFERENCE NOISES AT AUTOMATIC CONTROL OF INSULATION RESISTANCE
SECTION IV. MODELING AND DESIGN
S.A. Khovanskov, V.A. Litvinenko, V.S. Khovanskovа ALGORITHM FOR ORGANIZATION OF SAFE DISTRIBUTED COMPUTING ON THE BASIS OF MULTIAGENT SYSTEM
A.V. Paliy ACCORDING THE QUESTION OF PARADOX DALEMBERT-EULERS PERMISSION
Al.V. Bykov DEFLECTION AND EIGEN FREQUENCY SIMULATION OF V-SHAPED POLYSILICON CANTILEVER
I.V. Pisarenko DEVELOPMENT OF NUMERICAL MODELS AND SIMULATION METHODS DESIGNED FOR THE INVESTIGATION OF HIGH-SPEED PHOTODETECTORS FOR INTEGRATED OPTICAL COMMUTATION SYSTEMS