Vol. 62, No. 2, 2023
Necessary and Sufficient Conditions for an Extremum in Complex Problems of Optimization of Systems Described by Polynomial and Analytic Functions
p. 179 abstract
On the Stable Solution of the Problem of Compensating Nonsmooth Additive Disturbances with the Help of Feedback Laws
p. 201 abstract
Postflight Recovery of the Rotational Motion of a Small Space Vehicle from Solar Sensor Information
p. 214 abstract
Game-Based Interconnected Control of a Group of Unmanned Aerial Vehicles in Conditions of Informational Counteraction
p. 225 abstract
Operational Absolutely Optimal Dynamic Control of the Stochastic Differential Plant’s State by Its Output
p. 233 abstract
Comparison of Parallel Implementations of the Branch-and-Bound Method for Shared Memory Systems
p. 248 abstract
Problem of Controlling a Steam Generator under Uncertainty with Constraints on the Phase Variables and Controls
p. 263 abstract
Autooscillations of a Multlink Aerodynamic Pendulum
p. 280 abstract
Designing an ACS by Applying Galvanic Coatings Based on Solving the Optimization Problem
p. 290 abstract
Optimal Control of the Initial Condition in the Problem of Gas Lifting
p. 296 abstract
Methods and Models of Project Resource Management under Uncertainty
p. 304 abstract
Quantitative Analysis of Flow Distributions in a Multiuser Telecommunication Network
p. 323 abstract
Optimization of the Risk Functional to Control the Composition and Structure of a Heterogenous Grouping of Detection Sensors in Three-Dimensional Space
p. 335 abstract
Analytical Synthesis of an Aircraft’s Lateral Motion Control by Output at the Lack of Measurements of Slip and Roll Angles
p. 354 abstract
Motion Control of a Multipurpose Laboratory Module with the Use of a Propulsion Unit
p. 362 abstract
Control of a Mobile Robotic System for the Maintenance of Vertical Surfaces
p. 377 abstract
Multi-Pursuer Multi-Evader Games Based on Dynamic Elimination Priorities of the Dominated Strategies
p. 398 abstract
Continuous Assessment and Improvement of Software Quality with DevOps-Based Hybrid Model of Automation Tools
p. 412 abstract