THE USE OF MATLAB AND SIMULINK IN THE TRAINING OF FUTURE AVIATION SPECIALISTS
Keywords:
training of aviation specialists, MATLAB, Simulink, ANSYS, X-Plane, Simcenter, modeling, simulation model, data processing, filtering, INS and GPS systems, visualization, noise simulation, flight simulatorsAbstract
The article explores MATLAB and its extension, Simulink, highlighting their significance across various scientific and engineering fields. It discusses how these tools are used in visual object-oriented programming, modeling linear and nonlinear dynamic systems, signal and image processing, system analysis, identification and modeling, fuzzy logic, neural networks, and more. A
key focus of the article is the application of MATLAB and Simulink in the education of future aviation specialists. It examines how these tools help address challenges in learning essential subjects for professional training. The article also provides a comparison of MATLAB and Simulink packages with a number of other similar and specialized software tools used in engineering
practice, especially in the field of aviation, for modeling and solving aviation problems. The discussion covers the role of MATLAB and Simulink in modeling aerodynamic processes, avionics systems, engine components, and flight simulators. It also looks at their application in designing unmanned aerial vehicles (UAVs), simulating control systems, and processing data from various
aircraft sensors. These aspects are crucial in helping students grasp flight mechanics, operational requirements, and aircraft control system dynamics. The article explains how each model built using these tools contributes to developing students' technical skills and knowledge. It also provides guidance on creating Simulink models for key navigation-related tasks, such as modeling and integrating INS and GPS navigation systems, simulating autopilot functions, tracking flight trajectories, and designing collision avoidance systems. Additionally, the article presents examples of data processing in MATLAB for different aviation-related tasks. In conclusion, it emphasizes the importance and benefits of using MATLAB and Simulink in training aviation students, ensuring they gain practical experience and a deeper understanding of their field.
