Department Of System Analysis And Control 1

1. Methods for Assessing the Layered Structure of the Geological Environment in the Drilling Process by Analyzing Recorded Phase Geoelectric Signals
2. A FUZZY DECISION-MAKING METHOD FOR CONTROLLING OPERATION MODES OF A HARD-TO-FORMALISE RECTIFICATION COLUMN OF A DELAYED COKING UNIT
3. APPROACH TO THE SYNTHESIS OF AN APERIODIC ROBUST AUTOMATIC CONTROL SYSTEM BASED ON THE GRADIENT-SPEED METHOD OF LYAPUNOV VECTOR FUNCTIONS
4. Synthesis of an adaptive control system for unstable and deterministic chaotic processes with m-inputs and n-outputs
5. Mathematical Models for Oil Production Optimization in Fuzzy Environments: Well Stock Forecasting and Regulation
6. Robust control for a tracking electromechanical system
7. Maximum power tracking for wind energy conversion systems via a high-order optimal disturbance observer-based LQR without a wind speed sensor
8. Methods of Fuzzy Multi-Criteria Decision Making for Controlling the Operating Modes of the Stabilization Column of the Primary Oil-Refining Unit
9. Methods of Multi-Criteria Optimization of Technological Processes in a Fuzzy Environment Based on the Simplex Method and the Theory of Fuzzy Sets
10. MODELING AND OPTIMIZATION OF OIL PRODUCTION PROCESSES FOR REGULATION OF OIL WELL FUND
11. Mixed H2/H∞ robust controllers in aircraft control problem
12. Mixed H2/H∞ robust controllers in aircraft control problem
13. DEVELOPMENT OF REFERENCE INCIDENT MANAGEMENT MODEL
14. Hydrotreating unit models based on statistical and fuzzy information
15. A Comprehensive Approach to Identifying the Parameters of a Counterflow Heat Exchanger Model Based on Sensitivity Analysis and Regularization Methods
16. AIRCRAFT LANDING CONTROL SYSTEM BUILT IN THE CLASS OF FOLD CATASTROPHE
17. ROBUSTNESS OF THE AIRCRAFT LANDING CONTROL YSTEM BUILT IN THE CLASS OF SINGLE PARAMETER STRUCTURALLY STABLE MAPS
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