Table of Contents
THEORY AND METHODS OF SIGNAL PROCESSING
| APPLICATION OF DYNAMIC SYSTEMS FOR ENCODING DATA IN TELECOMMUNICATION CHANNELS | |
| V. V. Kyrychenko, Ye. V. Lesina | 11-16 |
| ASSESSMENT OF ACCURACY OF NONORTHOGONAL REDUNDANT INERTIAL MEASURING INSTRUMENTS | |
| O. A. Sushchenko, Y. M. Bezkorovainyi, N. D. Novytska | 17-25 |
| MICROELECTROMECHANICAL SENSORS AUTOMATED TESTING SYSTEM | |
| M. P. Vasylenko | 26-31 |
AUTOMATIC CONTROL SYSTEMS
| OPTIMIZATION OF STABILIZATION PROCESSES OF QUADROCOPTER FOR MARITIME TRAFFIC’S MONITORING | |
| V. L. Timchenko, D. O. Lebedev | 32-38 |
| AN ADAPTIVE PREDICTION OF AIRCRAFT MOTION WITH THE ELEMENTS OF VIRTUAL REALITY | |
| S. S. Tovkach, A. A. Romanovska | 39-45 |
| ATTITUDE DETERMINATION BASED ON AXIS AND ANGLE ROTATION COMPUTING | |
| L. M. Ryzhkov | 46-50 |
| ROBUST PID CONTROL TUNING FOR THE UNCERTAIN NONLINEAR DYNAMIC MODEL OF THE UNMANNED AERIAL VEHICLE | |
| R. M. Farhadi | 51-61 |
| AUTOMATED CONTROL LED SYSTEMS OF ARTIFICIAL SKYSCRAPER | |
| O. S. Melnyk, Y. V. Poliakov, A. O. Kosov | 62-66 |
| ROBUST OPTIMIZATION OF THE UAV GAIN-SCHEDULED FLIGHT CONTROL SYSTEM | |
| A. A. Tunik, О. I. Nadsadna | 67-74 |
COMPUTER-AIDED DESIGN SYSTEMS
| UNMANNED AERIAL VEHICLE INTEGRATED NAVIGATION COMPLEX | |
| F. M. Zakharin, S. А. Ponomarenko | 75-83 |
| CLASSIFICATION OF VERTICAL-AXIS WIND POWER PLANTS WITH ROTARY BLADES | |
| V. M. Sineglazov, I. S. Shvaliuk | 84-87 |
MATHEMATICAL MODELING OF PROCESSES AND SYSTEMS
| INFLUENCING OF COMPOSITE MACHINING SPEED ON EXPERIMENTAL REGULARITY OF ACOUSTIC EMISSION AMPLITUDE PARAMETERS CHANGE | |
| S. F. Filonenko, O. V. Zaritskyi | 88-94 |
| AN EXAMPLE OF AN ALTERNATIVE METHOD OF THE NORMAL DISTRIBUTION DENSITY DERIVATION VIA A CONCEPT OF A MULTI-OPTIONAL OPTIMALITY | |
| A. V. Goncharenko | 95-99 |
| METHOD OF DYNAMIC PROGRAMMING FOR INFORMATION ROBOT’S BRANCHING PATH OPTIMIZATION | |
| O. M. Tachinina | 100-105 |
| COMPARATIVE CHARACTERISTICS OF KERAS AND LASAGNE MACHINE LEARNING PACKAGES | |
| V. M. Sineglazov, M. O. Omelchenko, V. P. Hotsyanivskyy | 106-111 |
| 3D MODEL OF LANDMARKS FOR AUTONOMOUS NAVIGATION OF UNMANNED AERIAL VEHICLES | |
| O. O. Chuzha, N. V. Pazyura, V. G. Romanenko | 112-119 |
| APPLICATION OF THE METHOD OF WEIGHT SELECTIVE FUNCTIONS FOR DESCRIPTION OF COMPLEX NONLINEAR DEPENDENCIES | |
| A. M. Silvestrov, O. M. Skrynnyk, L. Yu. Spinul | 120-123 |
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