Publications
Talk · International Conference on Information Science and Communications Technologies · November 1, 2019
Implementation of a mathematical model of a hexacopter control system
Daler Kuchkarovich Sharipov, Zafar Abdullaev, Zhanibek Tazhiev, Otabek Khafizov
Abstract
The implementation of a mathematical model of a hexacopter control system is considered in the paper. Results are obtained in the form of graphs and three-dimensional animation of unmanned aerial vehicle (UAV) flight using the MatLab Simulink software package. An unmanned aerial vehicle is considered as a control object, on which various external forces act.
Aerospace Engineering and Control SystemsAerospace and Aviation TechnologyAdaptive Control of Nonlinear Systemshexacopterunmanned aerial vehiclesUAV control systems
More by Daler Sharipov
- Verification and Validation of a Conservative Finite-Volume Core for Urban Pollutant DispersionComputation · 2026
- Integration of a Sentiment Dictionary and Named Entity Recognition System into a Tool for Analyzing Public Opinion in the Uzbek LanguageInternational Scientific-Technical Conference on Actual Problems of Electronic Instrument Engineering · 2025
- "Adaptive Thresholding" Method to Select Prominent Objects by Converting the Image to Black and White FormatInternational Scientific-Technical Conference on Actual Problems of Electronic Instrument Engineering · 2025
- Modeling air flow and dispersion of harmful substances in conditions of complex geometryOptical and Computational Technologies for Measurements and Industrial Applications · 2025 · Citations: 1
