INFORMATION TECHNOLOGIES AND SYSTEMS
Andrey P. Aleoshkin , Timothy O. Myslivtsev, Makarov Andrey A. COMPENSATION OF TEST SIGNALS PROPAGATION PATHS DIFFERENCE IN DUPLEX COMPARISON OF REMOTE SYNCHRONIZERS SCALES
3-9-7
Arseniev Vladimir N., Labetsky Pavel V. ESTIMATION OF DISPERSION AREA OF THE SPECIAL SPACE VEHICLE COORDINATES ON THE BASE OF FIELD TEST RESULTS
9-14-6
Vasiliev Pavel V., Alla V. Meleshko, Vyacheslav V. Pyatkov ACCURACY IMPROVEMENT OF CORRECTABLE INERTIAL NAVIGATION SYSTEM
15-217-6
Viktor V. Nikiforov PROTOCOL FOR PREVENTION OF TASK DEADLOCKS IN REAL-TIME SYSTEMS
21-27-7
DEVICES AND SYSTEMS OF AUTOMATIC CONTROL
Gerasimov Dmitriy N, Nikiforov Vladimir O, Paramonov Alexey V., Serov Dmitry S. ADAPTIVE CONTROL OF TORQUE IN FUEL-INJECTION INTERNAL COMBUSTION ENGINE WITH VARIABLE VALVE TIMING
28-33-6
Zharinov Igor Olegovich, Zharinov Oleg O, Paramonov Pavel P, Kostishin Maksim O. , Sergey Sudarchikov PRINCIPLES OF AUTOMATIC SYSTEM DESIGN FOR CONTROL OVER THERMAL AND
LIGHTING CHARACTERISTICS OF AIRBORNE INDICATION MEANS
34-38-5
ELECTRONIC AND ELECTROMAGNETIC DEVICES
Davydov Vadim Valerievich, Valentine I. Dudkin MEASUREMENT OF WEAK MAGNETIC FIELDS BY NUTATION NUCLEAR–MAGNETIC
MAGNETOMETER ON FLOWING LIQUID
39-45-7
HEAT REGIMES AND RELIABILITY OF INSTRUMENTS AND SYSTEMS
Lapovok Yevgeniy V., Khankov S.I. STATIONARY THERMAL REGIME OF MOON-BASED OBJECT WITH INTERNAL THERMOSTATIC CONTROL
46-52-7
SCIENTIFIC AND PRACTICAL DEVELOPMENTS
Bagdasarov Alexander A., Bagdasarova Olga V., Danchina Elena V. HAND SLIT LAMP BASED ON GREENOUGH MICROSCOPE FOR OPHTHALMOLOGY
53-59-7
Fedorova Alexandra Yu., Fedorov Yury V. ACCOMMODATION STIMULATORS
60-63-4
BRIEF NOTES
Gorbunova Elena V., Korotaev Valery Viktorovich, Lastovskaya Elena A. COMPUTER SIMULATION OF MEAT COLOR
64-65-2
Korotaev Valery Viktorovich, Hoang Viet Nguyen, Alexander N. Timofeev, Yaryshev Sergey Nikolaevich METHOD OF OBSTACLE ISOLATION FOR ACTIVE STEREOSCOPIC CAR SAFETY SYSTEM
65-67-3
Ivanov Sergey V, Visheratin Alexander A., Nasonov Denis A, Boukhanovsky Alexander V METHOD OF RECONSTRUCTION OF EXTREME NATURAL PHENOMENA OF LOW FREQUENCY FOR IMPROVEMENT OF SAINT PETERSBURG FLOOD-PREVENTION FACILITY
68-70-3
