Table of Contents
ELECTRONICS AND CONTROL SYSTEMS
Application of Dynamic Systems for Encoding Data in Telecommunication Channels | |
Kyrychenko V. V., Lesina Ye. V. | 11-16 |
Assessment of Accuracy of Nonorthogonal Redundant Inertial Measuring Instruments | |
Sushchenko O. A., Bezkorovainyi Y. M., Novytska N. D. | 17-25 |
Microelectromechanical Sensors Automated Testing System | |
Vasylenko M. P. | 26-31 |
Optimization of Stabilization Processes of Quadrocopter for Maritime Traffic’s Monitoring | |
Timchenko V. L., Lebedev D. O. | 32-38 |
An Adaptive Prediction of Aircraft Motion with the Elements of Virtual Reality | |
Tovkach S. S., Romanovska A. A. | 39-45 |
Attitude Determination Based on Axis and Angle Rotation Computing | |
Ryzhkov L. M. | 46-50 |
Robust PID Control Tuning for the Uncertain Nonlinear Dynamic Model of the Unmanned Aerial Vehicle | |
Farhadi R. M. | 51-61 |
Automated Control LED Systems of Artificial Skyscraper | |
Melnyk O. S., Poliakov Y. V., Kosov A. O. | 62-66 |
Robust Optimization of the UAV Gain-Scheduled Flight Control System | |
Tunik A. A, Nadsadna О. I. | 67-74 |
Unmanned Aerial Vehicle Integrated Navigation Complex | |
Zakharin F. M., Ponomarenko S. A. | 75-83 |
Classification of Vertical-Axis Wind Power Plants with Rotary Blades | |
Sineglazov V. M., Shvaliuk I. S. | 84-87 |
Influencing of Composite Machining Speed on Experimental Regularity of Acoustic Emission Amplitude Parameters Change | |
Filonenko S. F., Zaritskyi O. V. | 88-94 |
An Example of an Alternative Method of the Normal Distribution Density Derivation via a Concept of a Multi-Optional Optimality | |
Goncharenko A. V. | 95-99 |
Method of Dynamic Programming for Information Robot’s Branching Path Optimization | |
Tachinina O. M. | 100-105 |
Comparative Characteristics of Keras and Lasagne Machine Learning Packages | |
Sineglazov V. M., Omelchenko M. O., Hotsyanivskyy V. P. | 106-111 |
3D Model of Landmarks for Autonomous Navigation of Unmanned Aerial Vehicles | |
Chuzha O. O., Pazyura N. V., Romanenko V. G. | 112-119 |
Application of the Method of Weight Selective Functions for Description of Complex Nonlinear Dependencies | |
Silvestrov A. M., Skrynnyk O. M., Spinul L. Yu. | 120-123 |