Table of Contents
THEORY AND METHODS OF SIGNAL PROCESSING
| ASSESSMENT OF CLIPPED SPEECH QUALITY | |
| A. M. Prodeus, I. V. Kotvytskyi, A. A. Ditiashov | 11-18 |
| FEATURES OF MULTIPLICATIVE COMPLEMENTARY SIGNAL CONSTRUCTIONS BASED ON GENERALIZED BINARY BARKER SEQUENCES | |
| A. G. Holubnychyi | 19-26 |
| METHODS FOR IMPROVING THE DATA RELIABILITY IN INFORMATION AND CONTROL SYSTEMS | |
| A. Al-Ammouri, H. A. Al-Ammori, A. E. Klochan, O. P. Tymchenko, A. Al-Ahmad | 27-34 |
| COMPARISON OF BRIEF AND ORB BINARY DESCRIPTORS | |
| M. P. Mukhina, Yu. V. Trach, A. P. Prymak | 35-41 |
| STRUCTURAL-PARAMETRIC SYNTHESIS OF THE FEEDFORWARD NEURAL NETWORKS WITH SIGMOID PIECEWISE-TYPE NEURONS | |
| M. Z. Zgurovsky, O. I. Chumachenko, V. S. Gorbatiuk | 42-47 |
AUTOMATIC CONTROL SYSTEMS
| METHOD OF DETERMINING THE ACCURACY CHARACTERISTICS OF THE SATELLITE NAVIGATION SYSTEM | |
| D. O. Shevchuk, M. P. Kravchuk, L. V. Panchuk, S. M. Galchenko | 48-55 |
| FUZZY AUTOMATIC CONTROL SYSTEM SYNTHESIS OF THE PROPELLER FAN THE AVIATION GAS TURBINE ENGINE | |
| S. V. Yenchev, T. А. Mazur, S. S. Tovkach | 56-63 |
| VERTICAL AXIS WIND TURBINE WITH ADJUSTABLE BLADES | |
| V. M. Sineglazov, I. S. Shvaliuk | 64-69 |
COMPUTER-AIDED DESIGN SYSTEMS
| BASIC PROBLEMS OF DESIGN OF REDUNDANT NONCOLLINEAR CONFIGURATIONS WITH INERTIAL SENSORS | |
| O. A. Sushchenko, V. O. Golitsyn | 70-76 |
| THE METHOD OF DYNAMIC DESIGN OF A SEARCH ENGINE BASED ON AUTOMATED ANALYSIS OF USER REQUESTS | |
| І. V. Kolomiets, L. M. Oleshchenko | 77-82 |
| INTELECTUAL APPROACH TO THE DESIGN OF WIND ENERGY PLANT ROTOR PARAMETERS | |
| V. M. Sineglazov, S. A. Khok | 83-88 |
TRANSPORT SYSTEMS
| COMBINATION OF HOUGH TRANSFORM AND CANNY EDGE DETECOR FOR IMPROVEMENT OF LINEAR OBECT DETECTION RESULTS | |
| M. P. Mukhina, V. Yu. Derkach, A. P. Prymak | 89-94 |
MATHEMATICAL MODELING OF PROCESSES AND SYSTEMS
| COMPENSATION OF QUADRATURED ERROR IN THE AUTO-OSCILLATION MICROMECHANICAL GYROSCOPE | |
| M. K. Filyashkin, O. I. Chernyay | 95-100 |
| ADJUSTABLE LOAD FOR AUTOMATIC TESTING OF DC POWER SUPPLY | |
| O. V. Statsenko, D. S. Nedashkivsky | 101-107 |
| NEURON MODEL SIGMOID ACTIVATION FUNCTION BASED ON MULTI-OPTIONAL FUNCTIONS ENTROPY CONDITIONAL OPTIMIZATION DOCTRINE | |
| A. V. Goncharenko | 108-114 |
| MODELING THE INFLUENCE OF FACTORS ON THE MONITORING OF THE LIGHT-SIGNAL FIRES OF THE CIVIL AVIATION AERODROME IN MATLAB ENVIRONMENT | |
| Yu. M. Kvach | 115-119 |
| IMITATION MODELING OF THE RECOVERY PROCESS OF THE ON-BOARD FAULT-TOLERANCE COMPUTER SYSTEM | |
| A. A. Zelenkov | 120-123 |
This work is licensed under a Creative Commons Attribution-NonCommercial-NoDerivs 3.0 Unported License.